KatanaThe katana (刀) is the Japanese backsword or longsword (大刀 daitō) of the type specifically in use after the 1400s (following the use of the tachi), although many Japanese use this word generically as a catch-all word for sword. Katana (pronounced [ka-ta-na]) is the kun'yomi (Japanese reading) of the kanji 刀 ; the on'yomi (Chinese reading) is tō. In Mandarin, it is pronounced dāo (this does not specifically refer to the katana. It is literally translated as 'knife,' and pronounced 'dao'). While the word has no separate plural form in Japanese, it has been adopted as a loan word by the English language, where it is commonly pluralised as katanas. It refers to a specific type of curved, single-edged sword traditionally used by the Japanese samurai. The weapon was typically paired with the wakizashi, a similarly made but shorter sword both worn by the members of the buke (bushi) warrior class, it could also be worn with the tanto, an even smaller similarly shaped blade. The two weapons together were called the daisho, and represented the social power and personal honor of the samurai (buke retainers to the daimyo). The long blade was used for open combat, while the shorter blade was considered a side arm, and also more suited for stabbing, close combat (such as indoors), and seppuku, a form of ritual suicide. (In fact, seppuku was a right reserved for samurai in order to preserve their honor by taking their own life should the need arise.) The scabbard for a katana is referred to as a saya, and the handguard piece, often intricately designed as individual works of art especially in later years of the Edo period, was called the tsuba. Other aspects of the koshirae (mountings), such as the menuki (decorative grip swells), habaki (blade collar and scabbard wedge), fuchi and kashira (handle collar and cap), kozuka (small utility knife handle), kogai (decorative skewer-like implement), saya lacquer, and tsukamaki (professional handle wrap), received similar levels of artistry. It is primarily used for cutting, although its curvature is generally gentle enough to allow for effective thrusting as well. Though it is intended for and was predominantly used with a two-handed grip, many extant historical Japanese sword arts include at least one or two single-handed techniques. It is traditionally worn edge up. While the practical arts for using the sword for its original purpose are now somewhat obsolete, kenjutsu and iaijutsu have turned into gendai budo — modern martial arts for a modern time. The art of drawing the katana and attacking one's enemies is iaido (also known as battōjutsu/battodo), and kendo is an art of fencing with a shinai (bamboo sword) protected by helmet and armour. Old koryu sword schools do still exist (for example, Kashima Shinto-ryu, Kashima Shin-ryu, and Tenshin Shoden Katori Shinto-ryu, among others). Perhaps one of the more famous types of Japanese fencing was "Nitto Ryu" or the use of both the katana and wakizashi in tandem; a technique most famously used by Miyamoto Musashi, though the extensive popularization of this technique in anime, literature, and pop culture has strongly skewed modern perspective on its importance and prevalence. The sword in Japanese societyThe sword was considered the soul of the samurai. Although other weapons waxed and waned in popularity throughout history, the sword remained a constant. Although spears have survived since as far back as the 8th century AD, it was not until the large scale wars of the Onin period towards the end of the fifteenth century that the straight bladed spear, the yari, vied with the sword for the most popular weapon. The Japanese pinned an extraordinary amount of value on the sword. For much of Japan's history, only samurai were even allowed to carry swords, and a peasant carrying a sword was enough reason to kill the peasant and take the sword after a prohibition was issued in early Edo period. Ronin, needing money, would sometimes be forced to sell their swords, further adding to their highly dishonorable, sometimes vagabond status in Japanese society. They would be "soulless" in the eyes of a samurai. Much of early Japanese culture revolved around swords. Elaborate methods for carrying, cleaning, storing, sharpening (or not sharpening), and wielding the sword evolved from era to era. For example, a samurai entering someone's house might consider how to place his sheathed sword as he knelt. Positioning his sword for an easy draw implied suspicion or aggression; thus, whether he placed it on his right or left side, and whether the blade was placed curving away or towards him, was an important point of etiquette. As for the host, his long-sword was generally stored above the wakizashi on a rack called a katana-kake, curving upwards; in the manner it was worn, with the omote side showing (tsuka or handle ponting left). The Tachi on the other hand, had a stand, the tsuka was set in a groove at the base and the saya pointed upwards set in a notch at the top with the cutting edge down, again in the manner it was worn. However, most samurai did not use their sword as a primary weapon; bow first, a spear next, and only then the sword. Drawing the sword was like letting one's soul blaze free and usually meant that the samurai was down to the last straw. To have fought till nothing but a surrender is possible, is defined as Ken ore, ya mo tsuki, (lit. "with swords broken and without an arrow") used as a proverb.
History of the Japanese swordA display at the Victoria and Albert Museum in London showing the katana and its various furniture.Swords are critical in most feudal societies, and Japan was no exception. In the 6th century BCE the legendary Emperor Jimmu conquered much of Japan. At the same time, the Japanese learned the art of swordmaking from Chinese smiths. Early swords were in the style of Chinese swords, straight and single or double-edged. One of the oldest known forms of kenjutsu dates the Kofun era (3rd and 4th centuries). The style, called Kashima no Tachi (鹿島の太刀), was created at the Kashima Shrine (in Ibaraki Prefecture). In the Heian Period (8th to 11th centuries) we see the development of sword-making, through techniques brought from the Russia and North part of Japan Hokkaido in those days Ainu's territory. The Ainu people used Warabite-tou(蕨手刀) Warabite sword and this sword influenced the Katana. According to legend, the Japanese sword was invented by a smith named 'Amakuni' in AD 700, along with the folded steel process. Among other modifications, the katana becomes single-edged, and better suited for slashing. This is also reflected in the styles of kenjutsu created during this period. From the Kashima shrine's Kashima no Tachi sprang the Kantō-nanaryū (関東七流 - also known as the Kashima-nanaryū 鹿島七流). In the same period, the Kyō-hachiryū (京八流) was created in the Kurama mountain (in Kyoto). By the twelfth century, civil war erupted after a long period of decadence. For five centuries, Japan had its own dark ages, marked by continuous, brutal wars. The War of Onin (1467-1477) revolutionized Japanese armour. During the Muromachi period, bloody wars were the norm, but the indolent shogunates also put a high value on art and culture, so the islands did not descend into barbarism. While many good swords were made during this period, the vast need for swords caused smiths to switch to production line methods. Furthermore, the ferocity of the fighting caused the highly artistic techniques of the Kamakura period (known as the Golden Age of Swordmaking) to be abandoned in favor of more utilitarian and disposable weapons. The export of katana reached its height during Muromachi period with the total of at least 200,000 katana being shipped to the Ming dynasty in official trades. The (ultimately failed) rationale behind this was to attempt to soak up the production of Japanese weapons and make it harder for pirates in the area to arm. As time progressed, the craft decayed under the needs listed above, and the introduction of guns, as a decisive force on the battlefield. The famous failed invasion of Japan by the Mongols marked another point of evolution for the Japanese sword. Kokan Nagayama, in the book "The Connoiseur's Book of Japanese Swords", Kodansha International 1997, states on page 21 that the "Japanese warriors had never before encountered such an enemy (the Mongols), who was protected by leather armor and wielded a very stout sword -- clearly superior to theirs -- in a unique style of fighting." He added that certain Japanese swordsmiths started to adopt thinner and simpler temper lines due to their belief that " blades with wide temper lines reaching near to the ridge line look gorgeous, but tend to break." Unfortunately, Mr Nagayama did not quote the Japanese historical references that he derived his comments on the superiority of the Mongol (ie continental Chinese, Korean and other makes) sword over the Japanese sword. Other Japanese scholars had also highlighted that certain Japanese swordsmiths of this period, began to make blades with thicker backs and bigger points, as a counter-response to the Mongol threat. In times of peace, swordsmiths had time and the inclination to return to the making of refined and artistic blades, and the beginning of the Momoyama period saw the return of high quality creations. As the techniques of the ancient smiths had been lost during the previous period of war, these swords were called shinto, literally 'new swords.' This gave the obvious name to the older blades as koto, 'old swords.' The blades that predated the curved blades introduced around 987AD were referred to as 'jokoto' or ancient swords. As the Edo period progressed, there came a decline in quality once again, for a variety of reasons, including the evolution of the samurai class into bureaucrats and policemen; other related arts did move forward from time to time, leading to beautiful engravings and decorations for weapons. The addition of these engravings known as 'horimono' were originally for religious reasons, and were simple and tasteful. It is often considered that the more complex work found on many shinto swords then is a corruption, where form no longer strictly follows function and thereby no longer achieves a pure form of beauty. Under the isolationist Tokugawa Shogunate, guns and gunpowder were increasingly restricted and removed from circulation. By the middle of the eighteenth century, most young Japanese had never seen a gun, let alone actually seen one fired. Towards the end of this period, swordmaking had fallen to another low, and due to the efforts of the master swordsmith Munetsugu at the turn of the 19th century, artistic merit once again returned to the craft. Munetsugu published opinions that the arts and techniques of the shinto swords were inferior to the koto blades, and that research should be made by all swordsmiths in the land to rediscover the lost techniques. Munetsugu travelled the land teaching what he knew to all who would listen, and swordsmiths rallied to his cause and ushered in a second renaissance in Japanese sword smithing. With the discarding of the Shinto style, and the re-introduction of old and rediscovered techniques, the swords of this time were now called 'shinshinto' meaning 'new-new swords.' Japan remained in stasis until Matthew Perry's arrival in 1853 and the subsequent Convention of Kanagawa forcibly reintroduced Japan to the outside world; the rapid modernization of the Meiji Restoration soon followed. The Haitorei edict in 1876 all but banned carrying swords and guns on streets, making samurai less distinguishable from commoners. Possession itself was not prohibited, so many katana were simply stashed away. Overnight, the market for swords died, and many swordsmiths were left without a trade to pursue, and valuable skills were lost. In time, the need to arm soldiers with swords was perceived again and over the decades at the beginning of the 20th century swordsmiths again found work. These swords, known as 'gunto', are often very low in quality with many being oil tempered or simply stamped out of steel and given a serial number rather than a chiselled signature. Katana remained in use in some occupations, police sometimes using katana not only to catch criminals but to defend themselves from criminals who could be armed with katana as well. At the same time, Kendo was incorporated into police training so that police officers would have at least the minimal training necessary to properly use one. "Type 95" Non Commissioned Officer's sword of the Second World War; made to resemble a Commissioned Officer's shin gunto, they were made of standard machine steel, with a metal, embossed and painted handle designed to look like a traditional tsuka.Though this was a dark time for the katana, the craft was kept alive through the efforts of a few individuals, and notably the Gassan line of smiths who were employed as Imperial Artisans. These smiths, Gassan Sadakazu and Gassan Sadakatsu were kept busy producing fine works that stand with the best of the older blades for the Emperor and other high ranking officials. The students of Gassan Sadakatsu went on to be designated Intangible Cultural Assets, or more commonly known as Living National Treasures, as they embodied knowledge that was considered to be fundamentally important to the Japanese identity. In 1934 the Japanese government issued a military specification for the shin gunto "new army sword" the first version of which was referred to as a "Type 94 katana", and many machine- and handcrafted swords used in World War II conformed to this and later shin gunto specifications. Under the United States occupation at the end of World War II all armed forces were disbanded and, except under several permits issued by police and municipal government, production of katana with edges was banned. This ban would be later overturned through the personal appeal of Dr. Homma Junji to General Douglas MacArthur. During their meeting, Dr. Homma produced blades from the various periods of Japanese history and General MacArthur was a quick student, being able to identify very quickly what blades held artistic merit and which could be considered purely weapons. As a result of this meeting, the general ban was amended so that the weapon grade gunto would be destroyed and swords of artistic merit could be owned and preserved. Even so, many katana were sold to American soldiers who had money to spend at a bargain price. Some were simply stolen. Others remained stashed away. Due to this disarmament, as of 1958 there were more Japanese swords in America than in Japan: American soldiers would return from the Orient with piles of swords, often as many as they could carry. The vast majority of these 1,000,000 or more swords were gunto, but there were still a sizable number of koto, shinto and shin-shinto. Swordsmiths had been increasingly turning to producing civilian goods after the Edo period but this disarmament and subsequent regulations almost put an end to the production of katana. A few smiths did continue their trade, and Dr. Homma went on to be a founding figure of the Nihon Bijitsu Hozon Token Kai, the 'Society for the Preservation of Art Swords', who made it their mission to preserve the old techniques and blades. With the efforts of other like minded individuals, the katana has arisen from its darkest day and many swordsmiths have continued the work begun by Munetsugu, re-discovering the old techniques and making the art swords produced by today's best smiths as good as many of the blades of old. Some katana have been used in modern-day armed robberies. [1] However it is likely that most of these katana are sword like objects, as a basic, properly constructed katana is comparative in price to an inexpensive handgun. Classification of Japanese swordsSeveral katana and wakizashi blades, illustrating the variations in length and curvature. The nakago are well visible.Classification by lengthAll Japanese swords are manufactured according to this method and are somewhat similar in appearance. What generally differentiates the different swords is their length. Japanese swords are measured in units of shaku (1 shaku = approximately 30.3 centimeters or 11.93 inches; from 1891 the shaku has been defined as exactly 10/33 metres, but older data may vary slightly from this value). For more precise measurement, "sun", "bu", and "rin" (one-tenth, one-hundredth, and one-thousandth of a shaku respectively) may be used.
A chisa-katana is simply a shorter katana. A katana was longer than two shaku in length (one shaku= about 11.93 inches). However, a chisa-katana is longer than the wakizashi, which was between one and two shaku in length. Chisa-katana were not common weapons since usually a katana was made for a shorter person or a wakizashi for a larger person. The most common reference to a chisakatana is a shorter katana that does not have a companion blade. They were most commonly made in the Buke-Zukuri mounting. Classification by schools and provincesJapanese swords can be traced back to one of several provinces, each of which had its own school, traditions and 'trademarks' - e.g., the swords from Mino province were "from the start famous for their sharpness". (Source: The connoisseur's guide to Japanese swords, by Kokan Nagayama, p. 217.) These traditions and provinces are as follows: Classification by date of manufactureClassification by mode of wearNotes
ManufacturingJapanese swords and other edged weapons are manufactured by the Chinese method of repeatedly heating, folding and hammering the metal. This practice became popular from use of highly impure metals, stemming from the low temperature yielded in the smelting at that time and place. In order to counter this, and to homogenize the carbon content of the blades (giving some blades characteristic folding patterns), the folding was developed (for comparison see pattern welding), and found to be quite effective, though labour intensive. The distinctive curvature of the katana is partly due to a process of differential quenching. The back of the sword is coated with clay, insulating it and so causing it to cool slower than the edge when the blade is quenched. This produces a blade with a hard edge and soft back, allowing it to be resilient and yet retain a good cutting edge. This process also makes the edge of the blade contract less than the back when cooling down, something that aids the smith in establishing the curvature of the blade. While some people believe that katana and wakizashi were constructed alike, this was not always the case. They were often forged with different profiles, different blade thicknesses, and varying amounts of niku. Wakizashi were also not simply a 'scaled down' katana, they were often forged in hira-zukuri or other such forms, which were very rare on katana. On a related note, the daisho (pair of swords) was not always forged together. If a samurai was able to afford a daisho, it was often composed of whichever two swords could be conveniently acquired, sometimes by different smiths and in different styles. Even when a daisho contained a pair of blades by the same smith, they were not always forged as a pair or mounted as one. "True" daisho, containing a pair of blades that were made as a pair, mounted as a pair, and owned/worn as a pair, are therefore uncommon and considered highly valuable - especially if they still retain their original mountings (as opposed to later mountings, even if the later mounts are made as a pair). Japanese swords are fairly uncommon today, but not so rare that genuine antiques cannot be acquired - from reliable sources at significant expense, of course. Modern katana and wakizashi are only made by the few licenced practitioners that still practice making these crafted weapons today. Most of the "type 98 katana's" from World War II do not exist today, as well as the older versions. Manufacturing processes are described in greater detail in following subsections. CompositionTraditional Japanese steel is popularly considered to be one of the best for creating swords, but the true reasons for this are artistic and not functional - contemporary western steels were and most modern steels are actually superior in strength and purity. The total composition varied from smith to smith and lode to lode of ore. One more modern formula (from World War II): The high percentage of carbon gave the blade strength while the silicon increased the flexibility of the blade as well as its ability to withstand stress. ConstructionBlacksmith Munechika (end of the 10th century), helped by a fox spirit, forging the blade ko-kitsune-maru ("Little fox"). The kami is represented by a woman surrounded by foxes. Engraving by Ogata Gekko (1859-1920), 1873. Engraving of the Edo era depicting forge scenes.
The most famous part of the manufacturing process was the folding of the steel. Steel was repeatedly 'folded', bent over itself and hammered flat. This did several things:
Contrary to popular belief, continued folding will not create a "super-strong" blade; once impurities are burnt off and the carbon content homogenized, further folding offers little benefit and will gradually burn out the carbon, leading eventually to a softer steel less able to hold an edge. The number of folds varied from sword to sword, but those with more than about a dozen folds are uncommon, and authentic swords with more than two dozen folds are completely unknown. It should be noted that a blade folded 12 times will have more than 4,000 'layers' underneath the initial blade to begin with, and that 20 folds would produce a blade with over a million layers. Beyond this number, the molecular structure of the blade is such that further folding would most likely serve no further purpose. Even before this point, more layers does not equal a better sword; though folding does burn off impurities and homogenize the blade, a very even and clean composition is obtained early in the process, and control of carbon content has a much greater effect on the blade's functionality. Thus, the best results were usually obtained at 8-10 folds. Generally, swords were created with the grain of the blade (called 'hada') running down the blade like the grain on a plank of wood. Straight grains were called 'masame-hada', wood-like grain "itame," wood-burl grain "mokume," and concentric wavy grain (an uncommon feature seen almost esclusively in the Gassan school) 'ayasugi-hada'. The difference between the three normal grain types (masame-, itame-, and mokume-hada) is one of cutting a tree perpendicular to its direction of growth (mokume) at an angle (itame) or along the grain (masame), the angle causing the "stretched" pattern. The blades that were considered the most robust, reliable, and of highest quality were those made in the Mino tradition, esepically those of Magoroku Kanemoto. Bizen tradition, which specialized in mokume, and some schools of Yamato tradition were also considered strong warrior's weapons. One of the core philosophies of the Japanese sword is that it has a single edge. This means that the rear of the sword can be used to reinforce the edge, and the Japanese took full advantage of this fact. When finished, the steel is not quenched or tempered in the conventional European fashion. Steel’s exact flex and strength vary dramatically with heat variation, and depending on how hot it gets and how fast it cools, the steel has vastly different properties. If steel cools quickly, from a hot temperature, it becomes martensite, which is very hard but brittle. Slower, from a lower temperature, and it becomes pearlite, which has significantly more flex but doesn’t hold an edge. To control the cooling, the sword is heated and painted with layers of sticky clay. A thin layer on the edge of the sword ensures quick cooling, but not so fast as to crack the sword steel (this makes the actual edge of the sword extremely hard martensite). A thicker layer of mud on the rest of the blade causes slower cooling, and softer steel, giving the blade the flex it needs (this makes the rear and inside of the sword into pearlite). When the application is finished, the sword is quenched and hardens correctly. Eventually the Japanese began to experiment with using different types of steel in different parts of the sword. Examples are shown below: The vast majority of 'good' katana and wakazashi are of 'wariba-gitae' type, but the more complex models allow for parrying without fear of damaging the side of the blade. The last generally accepted model, the 'shiho-zume-gitae', is quite rare, but added a rear support. The 'makuri-gitae' is made using two steels, one folded more times than the other, or of a lesser carbon content. When both sections have been folded adequately, they are bent into a 'U' shape and the softer piece is inserted into the harder piece, at which point they are hammered out into a long blade shape. By the end of the process, the two pieces of steel are fused together, but retain their differences in hardness. To make han-sanmai-awase-gitae or shiho-zume-gitae, pieces of hard steel are then added to the outside of the blade in a similar fashion. Anatomy of the katanaNakago of a wakisashi blade Kissagi of a tachi blade, Bizen school, signed Kuni Osafune Yoshigake; Nambokusho era (14th century). The tanka which locks the blade is visible just under the tsuba (guard).Each blade has a unique profile, depending on the smith, the construction method, and a bit of luck. The most prominent is the middle ridge, or 'shinogi'. In the earlier picture, the examples were flat to the shinogi, then tapering to the blade. However, swords could narrow down to the shinogi, then narrow further to the blade, or even expand outward towards the shinogi then shrink to the blade (producing a trapezoidal shape). A flat or narrowing shinogi is called 'shinogi-hikushi', whereas a 'fat' blade is called a 'shinogi-takushi'. The shinogi can be placed near the back of the blade for a longer, sharper, more fragile tip or a more moderate shinogi near the center of the blade. The sword also has an exact tip shape, which is considered an extremely important characteristic: the tip can be long (ô-kissaki), medium (chû-kissaki), short (ko-kissaki), or even hooked backwards (ikuri-ô-kissaki). In addition, whether the front edge of the tip is more curved (fukura-tsuku) or (relatively) straight (fukura-kareru) is also important. It is important to point out that the kissaki (point) is not a "chisel-like" point, nor is the Western knife interpretation of a "tanto point" at all correct or Japanese. Such western knife blades feature a straight, linearly-sloped point whose sole advantage is being easy to grind and which only bears a superficial similarity to traditional Japanese kissaki. Kissaki are have a curved profile, and smooth three-dimensional curvature across their surface towards the edge - though they are bounded by a straight line called the yokote and have crisp definition at all their edges. A hole is drilled into the tang (nagako), called a mekugi-ana. It is used to anchor the blade using a mekugi, a small bamboo pin that is inserted into another cavity in the Tsuka and through the mekugi-ana. Thus restricting the blade from slipping out. To remove the Tsuka you must remove the mekugi. Also, The swordsmith signature (mei) is placed on the nagako. DecorationAlmost all blades are decorated, although not all blades are decorated on the visible part of the blade. Once the blade is cool, and the mud is scraped off, the blade has designs and grooves cut into it. One of the most important markings on the sword is performed here: the file markings. These are cut into the tang, or the hilt-section of the blade, where they will be covered by a hilt later. The tang is never supposed to be cleaned: doing this can cut the value of the sword in half or more. The purpose is to show how well the blade steel ages. A number of different types of file markings are used, including horizontal, slanted, and checked, known as ichi-monji, kosuji-chigai, suji-chigai, o-suji-chigai, katte-agari, shinogi-kiri-suji-chigai, taka-no-ha, and gyaku-taka-no-ha. A grid of marks, from raking the file diagonally both ways across the tang, is called higaki, whereas specialized 'full dress' file marks are called kesho-yasuri. Lastly, if the blade is very old, it may have been shaved instead of filed. This is called sensuki. While ornamental, these file marks also serve the purpose of providing an uneven surface which bites well into the 'tsuka', or the hilt which fits over it and is made from wood. It is this pressure fit for the most part that holds the tsuka in place during the strike, while the mekugi pin serves as a secondary method and a safety. Some other marks on the blade are aesthetic: signatures and dedications written in kanji and engravings depicting gods, dragons, or other 'acceptable' beings, called horimono. Some are more practical, grooves for lightening and extra flex (as well as an intimidating sound, called tachikaze, when swung with force). Grooves come in wide (bo-hi), twin narrow (futasuji-hi), twin wide and narrow (bo-hi ni tsure-hi), short (koshi-hi), twin short (gomabushi), twin long with joined tips (shobu-hi), twin long with irregular breaks (kuichigai-hi), and halberd-style (naginata-hi). Contrary to popular belief, these grooves have nothing to do with improving the flow of enemy blood. Polishingkatana kissagi before polishingWhen the rough blade was completed, the swordsmith would turn the blade over to a polisher called a togishi, whose job it was to polish the steel of the blade to a glittering shine and sharpen the edge for battle. This takes hours for every inch of blade, and is painstaking work with different kinds of very fine stone. Early polishers used three types of stone, whereas a modern polisher generally uses seven. It almost always takes longer than actually crafting the blade does, and a good polishing makes a blade look better, while a bad polishing makes the best of blades look like gunto. More importantly, an unschooled polish can permanently ruin the blade geometry or wear the steel down to its core steel, both of which effectively destroy the sword's monetary, historic, artistic, and functional value. One of the ways which blades can be judged is by what this polishing reveals: the crystal-like qualities of the blade become quite visible, and the hamon (incorrectly known in English as the temper line, where the sharp edge fades into the normal steel of the blade) shows the unique nature of the sword. Each blade is distinct in its hamon and the grain (hada) of its steel. The hamon, which is determined primarily by how the clay is applied, is often used as a kind of signature of the smith, above and beyond his own signature, and each tradition of swordsmiths often has a particular style of hamon it prefers over all others. Hamon vary from straight to wavy to shaped like crabs or zigzags, and in their wandering they reveal important facts about the blade itself. A good polishing reveals what speed the edge was cooled at, from what temperature, and what the carbon content of the steel is. This is because it displays either nioi, which is a mix of extremely fine martensite with troostite (another type of tempered steel), or the more crystalline and obvious nie, which contains a lot of less fine martensite. FurnishingsAn Edo era wakizashi. The tsukamaki (handle lacing) is off, showing the shark skin. Note the decoration of the saya. Elaborated tsuba of the Edo era wooden scabbard used to protect the blade when not worn for some timeFrom here, the blade is passed on to a hilt-maker. Hilts vary in their exact nature depending on the era, but generally consist of the same general idea, with the variation being in the components used and in the wrapping style. The obvious part of the hilt consists of a metal or wooden grip called a tsuka, which can also be used to refer to the entire hilt. The cross guard, or tsuba, on Japanese swords (except for certain twentieth century sabers which emulate Western navies') is small and round, made of metal, and often very ornate. (see related article on Koshirae) There is a pommel at the base known as a kashira, and there is often a decoration under the criss-crossed wrappings called a menuki. A bamboo peg called a mekugi is slipped through the tsuka and through the tang of the blade, using the hole called a mekugiana drilled in it. This anchors the blade securely into the hilt. To anchor the blade securely into the sheath it will soon have, the blade acquires a collar, or habaki, which extends an inch or so past the cross guard and keeps the blade from rattling. The sheaths themselves are not an easy task. There are two types of sheaths, both of which require the same exacting work. One is the shira-saya, which is generally made of wood and considered the 'resting' sheath, used as a storage sheath. The other sheath is the more decorative or battle-worthy sheath which is usually called either a jindachi-zukuri or a buke-zukuri, depending on whether it was supposed to be suspended from the obi(belt) by straps when the sword is mounted in Tachi-Koshirae or thrust through the obi if mounted as katana-koshirae, respectively. Other types of mounting include the kyu-gunto, shin-gunto, and kai-gunto types for the twentieth-century military, but these swords were generally mass-produced and highly inferior, and few true Japanese swords are mounted in these styles. TechniqueThe katana is primarily a cutting weapon, rather than a stabbing one. The hilt of the katana is held two-handed with a small gap between the hands, generally as large as the grip permits, allowing for more leverage to be applied when cutting and more maneuverability when parrying another weapon. However, it is often used single-handed as well. Testing of swords, called tameshigiri, was practiced on a variety of materials (including people) to test the sword's sharpness and also practice cutting technique. Considering the broader case of Japanese swords, rather than the specific case of the shinto katana, technique varies over time depending on the style of fighting prevalent in military operations of the time. In certain eras, the sword becomes longer and is intended for use from horseback. At the same time, footmen may accompany a horseman and be armed with shorter katate-uchi at their side. This is a katana with a shortened length and handle, intended for one-handed fighting only. As armor and enemies changed over time, the shapes of blades changed from heavier profiles to lighter profiles, with different intentions for use in fighting. The sword was mostly considered as the weapon of last resort on the battlefield though, being used only after the bow, or spear was no longer feasible. However, during the Edo period Samurai went about unarmored and armed with daisho, in which case it would be the first weapon to be used In popular cultureMythsMany myths surround Japanese swords, the most frequent being that the blades are folded an immense number of times, gaining magical properties in the meantime. While blades folded hundreds, thousands, or even millions of times are encountered in fiction, there is no record of real blades being folded more than around 20 times. With each fold made by the maker, every internal layer is also folded, and so the total number of layers in a sword blade is doubled at each fold; since the thickness of a katana blade is less than 230 iron atoms, going beyond 20 folds no longer adds meaningfully to the number of layers in the blade. Furthermore, while heating and folding serves to even out the distribution of carbon throughout the blade, a small amount of carbon is also 'burnt out' of the steel in this process; repeated folding will eventually remove most of the carbon, turning the material into softer iron and reducing its ability to hold a sharp edge. Some swords were reputed to reflect their creators' personalities. Those made by Muramasa had a reputation for violence and bloodshed, while those made by Masamune were considered weapons of peace. A popular legend tells of what happens when two swords made by Muramasa and Masamune were held in a stream carrying fallen leaves: while those leaves touching the Muramasa blade were cut in two, those coming towards the Masamune suddenly changed course and went around the blade without touching it. Kusanagi (probably a tsurugi, a type of bronze Age sword which precedes the katana by centuries) is the most famous legendary sword in Japanese mythology, involved in several folk stories. Along with the Jewel and the Mirror, it was one of the three godly treasures of Japan. A common misconception is that Katanas magically sprung into existence in Japan, utterly isolated from the mainland. The technique of folding steel came from China, and contact with the mainland would affect how the katana evolved through the centuries. In fictionThe katana appears in various works of fiction, including film, anime, manga, other forms of literature, and computer games. It is frequently used not only in Japanese settings, but also in other settings, often by non-Japanese creators; this popularity can be attributed partly to its status as an easily recognisable icon of Japan and partly to its high reputation as a formidable weapon in skilled hands. Three well-known appearances in Western culture are the Bride's signature weapon in Kill Bill (which was strongly influenced by Japanese samurai movies) and the katana used by the main character Connor MacLeod in The Highlander and the 1975 Tom Laughlin action/cult Western film Master Gunfighter. It is the prime weapon of choice for Japanese heroes in historical fiction set before the Meiji period. Carrying a non-sealed katana is illegal in present-day Japan, but in fiction this law is often ignored or circumvented to allow characters to carry katana as a matter of artistic licence. For instance, some stories state that carrying weapons has been permitted due to a serious increase in crimes or an invasion of monsters from other dimensions. With this law in mind, katana are sometimes used for comic relief in anime and manga set in the present, although this is sometimes replaced by the use of a bokken having surprisingly comparable capabilities. In many works, especially when magical or supernatural powers are significant story elements, katana are more than a match for any other weapons. In some cases, writers make a new weapon based on ideas from katana, as a signature weapon of heroes and villains. The lightsaber is an example of such a weapon. Leonardo of the Teenage Mutant Ninja Turtles is also referred to as the Master of the Twin Katanas, though his swords are straight-edged and not true katana. In Robert Jordan's fantasy series, The Wheel of Time, the lead character, Rand al'Thor, weilds a sword called "Callandor" which fits the description of a katana, albeit a magical one. Comparisons with European swordsIt is a commonly-encountered article of faith that katanas are intrinsically superior to European swords. This belief is frequently bolstered by roleplaying games that assign superior statistics to katanas, and also by many movies. However, these claims are largely based on misunderstandings about the manufacture and role of European swords, and comparing the schools on their worst examples instead of their best. Because Japan was an iron-poor society, making a sword was an inherently expensive undertaking; the supply of swords was limited, and so it was in the smiths' interest to make the most of the materials they could afford. Europe also had superlative swordsmiths; Toledo steel swords from Spain are one example of legendary quality swords from outside Japan. However, the greater availability of iron made it practical to produce cheap, low-quality weapons in large quantities. Where Europeans had the choice between expensive good swords and cheap bad swords, Japanese had the choice between expensive swords, somewhat less expensive swords, or none at all. Some European swords were also designed for different modes of combat. The katana's sharpness makes it an excellent cutting weapon. Katana are capable of damaging armor to a degree and even today Shinkendo masters perform the ancient helmet cutting ceremony. In this light, the different characteristics of certain European swords are due less to the limitations of their makers than to the requirements of their use. Attempting to establish the superiority of the one weapon over the other is ultimately meaningless without first defining the circumstances in which they are to be compared. At the same time, many European sword types from the very beginning of the history of the sword, through the medieval period and the renaissance to the 20th century were designed for the same combat modes as Japanese ones, fighting against lightly-armored or unarmored infantry. Styles that relied on a single longsword for both offense and defense were well known - see e.g. Joachim Meyer's fechtbuch[2] - and disparities in weight have been greatly exaggerated; both longswords and katanas typically weighed between 1.0 and 1.5 kilograms (2-3 pounds). Some famous katana smiths
Famous historic katana users
Fictional katana users
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Joachim Meyer's fechtbuch[2] - and disparities in weight have been greatly exaggerated; both longswords and katanas typically weighed between 1.0 and 1.5 kilograms (2-3 pounds). In order to survive in a harsh environment, leaves can adapt in the following ways:. Styles that relied on a single longsword for both offense and defense were well known - see e.g. See also : Trichome. At the same time, many European sword types from the very beginning of the history of the sword, through the medieval period and the renaissance to the 20th century were designed for the same combat modes as Japanese ones, fighting against lightly-armored or unarmored infantry. The meaning of several of the following terms can overlap. Attempting to establish the superiority of the one weapon over the other is ultimately meaningless without first defining the circumstances in which they are to be compared. Leaves can show several degrees of hairiness. In this light, the different characteristics of certain European swords are due less to the limitations of their makers than to the requirements of their use. The surface of a leaf can be described by several botanical terms:. Katana are capable of damaging armor to a degree and even today Shinkendo masters perform the ancient helmet cutting ceremony. The leaf margin is characteristic for a genus and aids in determining the species. The katana's sharpness makes it an excellent cutting weapon. See Leaf shape. Some European swords were also designed for different modes of combat. Where Europeans had the choice between expensive good swords and cheap bad swords, Japanese had the choice between expensive swords, somewhat less expensive swords, or none at all. However, these claims are largely based on misunderstandings about the manufacture and role of European swords, and comparing the schools on their worst examples instead of their best. Compound leaves are a characteristic of some families of higher plants, such as the Fabaceae. This belief is frequently bolstered by roleplaying games that assign superior statistics to katanas, and also by many movies. Because each leaflet can appear to be a "simple leaf", it is important to recognize where the petiole occurs to identify a compound leaf. It is a commonly-encountered article of faith that katanas are intrinsically superior to European swords. A compound leaf has a fully subdivided blade, each leaflet of the blade separated along a main or secondary vein. In Robert Jordan's fantasy series, The Wheel of Time, the lead character, Rand al'Thor, weilds a sword called "Callandor" which fits the description of a katana, albeit a magical one. However, the leaf shape may be one of lobes, but the gaps between lobes do not reach to the main vein. Leonardo of the Teenage Mutant Ninja Turtles is also referred to as the Master of the Twin Katanas, though his swords are straight-edged and not true katana. A simple leaf has an undivided blade. The lightsaber is an example of such a weapon. Two basic forms of leaves can be described considering the way the blade is divided. In some cases, writers make a new weapon based on ideas from katana, as a signature weapon of heroes and villains. However, we can more easily describe the arrangement of leaves using the following terms:. In many works, especially when magical or supernatural powers are significant story elements, katana are more than a match for any other weapons. The formulae themselves can provide clues to the underlying physiological processes that, in this case, determine where the next leaf bud will form in the elongating stem. With this law in mind, katana are sometimes used for comic relief in anime and manga set in the present, although this is sometimes replaced by the use of a bokken having surprisingly comparable capabilities. Mathematics is the science of discovering numerical relationships and applying formulae to these relationships. For instance, some stories state that carrying weapons has been permitted due to a serious increase in crimes or an invasion of monsters from other dimensions. The fact that an arrangement of anything in nature can be described by a mathematical formula is not in itself mysterious. Carrying a non-sealed katana is illegal in present-day Japan, but in fiction this law is often ignored or circumvented to allow characters to carry katana as a matter of artistic licence. This can be demonstrated by the following:. It is the prime weapon of choice for Japanese heroes in historical fiction set before the Meiji period. The denominator gives the number of leaves in the arrangement. Three well-known appearances in Western culture are the Bride's signature weapon in Kill Bill (which was strongly influenced by Japanese samurai movies) and the katana used by the main character Connor MacLeod in The Highlander and the 1975 Tom Laughlin action/cult Western film Master Gunfighter. In the series, the numerator gives the number of complete turns or gyres until the leaf arrives at the initial position. It is frequently used not only in Japanese settings, but also in other settings, often by non-Japanese creators; this popularity can be attributed partly to its status as an easily recognisable icon of Japan and partly to its high reputation as a formidable weapon in skilled hands. This series tends to a limit of 360° x 34/89 = 137.52 or 137° 30', an angle known mathematically as the 'golden angle'. The katana appears in various works of fiction, including film, anime, manga, other forms of literature, and computer games. There is a regularity in these angles and they follow the numbers in a Fibonacci series: 1/2, 2/3, 3/5, 5/8, 8/13, 13/21, 21/34, 34/55, 55/89. The technique of folding steel came from China, and contact with the mainland would affect how the katana evolved through the centuries. In essence, leaves come off the stem in a spiral pattern, either clockwise or counterclockwise, with (depending upon the species) the same angle of divergence. A common misconception is that Katanas magically sprung into existence in Japan, utterly isolated from the mainland. As a stem grows, leaves tend to appear arranged around the stem in away that optimizes yield of light. Along with the Jewel and the Mirror, it was one of the three godly treasures of Japan. The terminology associated with describing leaf morphology is presented (with illustrations) at Wikibooks. Kusanagi (probably a tsurugi, a type of bronze Age sword which precedes the katana by centuries) is the most famous legendary sword in Japanese mythology, involved in several folk stories. Leaves may be classified in many different ways, and the type is usually characteristic of a species, although some species produce more than one type of leaf. A popular legend tells of what happens when two swords made by Muramasa and Masamune were held in a stream carrying fallen leaves: while those leaves touching the Muramasa blade were cut in two, those coming towards the Masamune suddenly changed course and went around the blade without touching it. Other plant parts like stems or roots are non-determinant, and will continue to grow as long as they have the resources to do so. Those made by Muramasa had a reputation for violence and bloodshed, while those made by Masamune were considered weapons of peace. These structures are a part of what makes leaves determinant, they grow and achieve a specific pattern and shape, then stop. Some swords were reputed to reflect their creators' personalities. External leaf characteristics (such as shape, margin, hairs, etc.) are important for identifying plant species, and botanists have developed a rich terminology for describing leaf characteristics. Furthermore, while heating and folding serves to even out the distribution of carbon throughout the blade, a small amount of carbon is also 'burnt out' of the steel in this process; repeated folding will eventually remove most of the carbon, turning the material into softer iron and reducing its ability to hold a sharp edge. Both are embedded in a dense parenchyma tissue (= ground tissue), called pith, with usually some structural collenchyma tissue present. With each fold made by the maker, every internal layer is also folded, and so the total number of layers in a sword blade is doubled at each fold; since the thickness of a katana blade is less than 230 iron atoms, going beyond 20 folds no longer adds meaningfully to the number of layers in the blade. The xylem typically lies over the phloem. While blades folded hundreds, thousands, or even millions of times are encountered in fiction, there is no record of real blades being folded more than around 20 times. The veins are made up of:. Many myths surround Japanese swords, the most frequent being that the blades are folded an immense number of times, gaining magical properties in the meantime. They are typical examples of pattern formation through ramification. However, during the Edo period Samurai went about unarmored and armed with daisho, in which case it would be the first weapon to be used. The veins are the vascular tissue of the leaf and are located in the spongy layer of the mesophyll. The sword was mostly considered as the weapon of last resort on the battlefield though, being used only after the bow, or spear was no longer feasible. In cold autumns they sometimes turn yellow, bright orange or red as various accessory pigments (carotenoids and anthocyanins) are revealed when the tree responds to cold and reduced sunlight by curtailing chlorophyll production. As armor and enemies changed over time, the shapes of blades changed from heavier profiles to lighter profiles, with different intentions for use in fighting. After the leaf is shed, a leaf scar develops on the twig. This is a katana with a shortened length and handle, intended for one-handed fighting only. This mechanism to shed leaves is called abscission. At the same time, footmen may accompany a horseman and be armed with shorter katate-uchi at their side. Leaves in temperate, boreal, and seasonally dry zones may be seasonally deciduous (falling off or dying for the inclement season). In certain eras, the sword becomes longer and is intended for use from horseback. Plants that lack chlorophyll cannot photosynthesize. Considering the broader case of Japanese swords, rather than the specific case of the shinto katana, technique varies over time depending on the style of fighting prevalent in military operations of the time. Leaves are normally green in color, which comes from chlorophyll found in plastids in the chlorenchyma cells. Testing of swords, called tameshigiri, was practiced on a variety of materials (including people) to test the sword's sharpness and also practice cutting technique. Their stomata are situated at the upper surface. However, it is often used single-handed as well. Instead for their gaseous exchanges they use a homogeneous aerenchyma (thin-walled cells separated by large gas-filled spaces). The hilt of the katana is held two-handed with a small gap between the hands, generally as large as the grip permits, allowing for more leverage to be applied when cutting and more maneuverability when parrying another weapon. Even an epidermis and a mesophyll may be lacking. The katana is primarily a cutting weapon, rather than a stabbing one. These two different layers of the mesophyll are absent in many aquatic and marsh plants. Other types of mounting include the kyu-gunto, shin-gunto, and kai-gunto types for the twentieth-century military, but these swords were generally mass-produced and highly inferior, and few true Japanese swords are mounted in these styles. The pores or stomata of the epidermis open into substomatal chambers, connecting to air spaces between the spongy layer cells. The other sheath is the more decorative or battle-worthy sheath which is usually called either a jindachi-zukuri or a buke-zukuri, depending on whether it was supposed to be suspended from the obi(belt) by straps when the sword is mounted in Tachi-Koshirae or thrust through the obi if mounted as katana-koshirae, respectively. In ferns and most flowering plants the mesophyll is divided into two layers:. One is the shira-saya, which is generally made of wood and considered the 'resting' sheath, used as a storage sheath. The products of photosynthesis are called assimilates. There are two types of sheaths, both of which require the same exacting work. This "assimilation tissue" is the primary location of photosynthesis in the plant. The sheaths themselves are not an easy task. Most of the interior of the leaf between the upper and lower layers of epidermis is a parenchyma (ground tissue) or chlorenchyma tissue called the mesophyll (= middle leaf). To anchor the blade securely into the sheath it will soon have, the blade acquires a collar, or habaki, which extends an inch or so past the cross guard and keeps the blade from rattling. Trichomes or hairs grow out from the epidermis in many species. This anchors the blade securely into the hilt. Typically, the stomata are more numerous over the abaxial (lower) epidermis than the (adaxial) upper epidermis. A bamboo peg called a mekugi is slipped through the tsuka and through the tang of the blade, using the hole called a mekugiana drilled in it. The stoma complex regulates the exchange of gases and water vapor between the outside air and the interior of the leaf. There is a pommel at the base known as a kashira, and there is often a decoration under the criss-crossed wrappings called a menuki. The epidermis is covered with pores called stomata (sing., stoma), part of a stoma complex consisting of a pore surrounded on each side by chloroplast-containing guard cells, and two to four subsidiary cells that lack chloroplasts. (see related article on Koshirae). These are typically more elongated in the leaves of monocots than in those of dicots. The cross guard, or tsuba, on Japanese swords (except for certain twentieth century sabers which emulate Western navies') is small and round, made of metal, and often very ornate. The epidermal cells are the most numerous, largest, and least specialized. The obvious part of the hilt consists of a metal or wooden grip called a tsuka, which can also be used to refer to the entire hilt. The epidermis tissue includes several differentiated cell types: epidermal cells, guard cells, subsidiary cells, and epidermal hairs (trichomes). Hilts vary in their exact nature depending on the era, but generally consist of the same general idea, with the variation being in the components used and in the wrapping style. The cuticle may be thinner on the lower epidermis than on the upper epidermis; and is thicker on leaves from dry climates as compared with those from wet climates. From here, the blade is passed on to a hilt-maker. The epidermis is usually transparent (epidermal cells lack chloroplasts) and coated on the outer side with a waxy cuticle that prevents water loss. This is because it displays either nioi, which is a mix of extremely fine martensite with troostite (another type of tempered steel), or the more crystalline and obvious nie, which contains a lot of less fine martensite. Most leaves show dorsoventral anatomy: the upper (adaxial) and lower (abaxial) surfaces have somewhat different construction and may serve different functions. A good polishing reveals what speed the edge was cooled at, from what temperature, and what the carbon content of the steel is. The epidermis serves several functions: protection against water loss, regulation of gas exchange, secretion of metabolic compounds, and (in some species) absorption of water. Hamon vary from straight to wavy to shaped like crabs or zigzags, and in their wandering they reveal important facts about the blade itself. It forms the boundary between the plant and the external world. The hamon, which is determined primarily by how the clay is applied, is often used as a kind of signature of the smith, above and beyond his own signature, and each tradition of swordsmiths often has a particular style of hamon it prefers over all others. The epidermis is the outer multi-layered group of cells covering the leaf. Each blade is distinct in its hamon and the grain (hada) of its steel. One of the ways which blades can be judged is by what this polishing reveals: the crystal-like qualities of the blade become quite visible, and the hamon (incorrectly known in English as the temper line, where the sharp edge fades into the normal steel of the blade) shows the unique nature of the sword. A leaf is considered to be a plant organ, typically consisting of the following tissues:. More importantly, an unschooled polish can permanently ruin the blade geometry or wear the steel down to its core steel, both of which effectively destroy the sword's monetary, historic, artistic, and functional value. The tremendous variety shown in leaf structure (anatomy) from species to species is presented in detail below under Leaf types, arrangements, and forms. It almost always takes longer than actually crafting the blade does, and a good polishing makes a blade look better, while a bad polishing makes the best of blades look like gunto. In some species, paired stipules are not obvious or are absent altogether; a petiole may be absent; or the blade may not be laminar (flattened). Early polishers used three types of stone, whereas a modern polisher generally uses seven. Not every species produces leaves with all of these structural parts. This takes hours for every inch of blade, and is painstaking work with different kinds of very fine stone. The point at which the petiole attaches to the stem is called the leaf axil. When the rough blade was completed, the swordsmith would turn the blade over to a polisher called a togishi, whose job it was to polish the steel of the blade to a glittering shine and sharpen the edge for battle. A structurally complete leaf of an angiosperm consists of a petiole (leaf stem), a lamina (leaf blade), and stipules (small processes located to either side of the base of the petiole). Contrary to popular belief, these grooves have nothing to do with improving the flow of enemy blood. . Grooves come in wide (bo-hi), twin narrow (futasuji-hi), twin wide and narrow (bo-hi ni tsure-hi), short (koshi-hi), twin short (gomabushi), twin long with joined tips (shobu-hi), twin long with irregular breaks (kuichigai-hi), and halberd-style (naginata-hi). The comparable structures of ferns are correctly referred to as fronds. Some are more practical, grooves for lightening and extra flex (as well as an intimidating sound, called tachikaze, when swung with force). Leaves can store food and water, and are modified in some plants for other purposes. Some other marks on the blade are aesthetic: signatures and dedications written in kanji and engravings depicting gods, dragons, or other 'acceptable' beings, called horimono. Leaves are also the sites in most plants where respiration, transpiration, and guttation take place. It is this pressure fit for the most part that holds the tsuka in place during the strike, while the mekugi pin serves as a secondary method and a safety. For this purpose, a leaf is typically flat (laminar) and thin, to expose the chloroplast containing cells (chlorenchyma tissue) to light over a broad area, and to allow light to penetrate fully into the tissues. While ornamental, these file marks also serve the purpose of providing an uneven surface which bites well into the 'tsuka', or the hilt which fits over it and is made from wood. In botany, a leaf is an above-ground plant organ specialized for photosynthesis. This is called sensuki. Protect as spines, which are modified leaves. Lastly, if the blade is very old, it may have been shaved instead of filed. eucalypts). A grid of marks, from raking the file diagonally both ways across the tang, is called higaki, whereas specialized 'full dress' file marks are called kesho-yasuri. Produce aromatic oils to deter herbivores (e.g. A number of different types of file markings are used, including horizontal, slanted, and checked, known as ichi-monji, kosuji-chigai, suji-chigai, o-suji-chigai, katte-agari, shinogi-kiri-suji-chigai, taka-no-ha, and gyaku-taka-no-ha. onion). The purpose is to show how well the blade steel ages. Change to bulb parts to store food (e.g. The tang is never supposed to be cleaned: doing this can cut the value of the sword in half or more. pitcher plant). These are cut into the tang, or the hilt-section of the blade, where they will be covered by a hilt later. Leaves to trap insects (e.g. One of the most important markings on the sword is performed here: the file markings. Change shape to deflect wind or reduce wind resistance. Once the blade is cool, and the mud is scraped off, the blade has designs and grooves cut into it. Shrink (to phyllodes) or disappear (with the appearance of cladodes), as photosynthetic functions are transferred to the leaf stem (Acacia species). Almost all blades are decorated, although not all blades are decorated on the visible part of the blade. cactus). Also, The swordsmith signature (mei) is placed on the nagako. Change to spines instead of laminar (blade) leaves (e.g. To remove the Tsuka you must remove the mekugi. rhubarb). Thus restricting the blade from slipping out. Thicker leaves to store water (e.g. It is used to anchor the blade using a mekugi, a small bamboo pin that is inserted into another cavity in the Tsuka and through the mekugi-ana. Small, shiny leaves to deflect the sun's rays. A hole is drilled into the tang (nagako), called a mekugi-ana. Waxy leaf surfaces form to prevent water loss. Kissaki are have a curved profile, and smooth three-dimensional curvature across their surface towards the edge - though they are bounded by a straight line called the yokote and have crisp definition at all their edges. Plant prickles are modified clusters of epidermal hairs. Such western knife blades feature a straight, linearly-sloped point whose sole advantage is being easy to grind and which only bears a superficial similarity to traditional Japanese kissaki. Leaves rustle to move humidity away from the surface reducing the boundary layer resistance between the leaf and the air. It is important to point out that the kissaki (point) is not a "chisel-like" point, nor is the Western knife interpretation of a "tanto point" at all correct or Japanese. Hairs develop on the leaf surface to trap humidity in dry climates, creating a large boundary layer to lessen water loss. In addition, whether the front edge of the tip is more curved (fukura-tsuku) or (relatively) straight (fukura-kareru) is also important. woolly: with long, soft and tortuous or matted hairs. The sword also has an exact tip shape, which is considered an extremely important characteristic: the tip can be long (ô-kissaki), medium (chû-kissaki), short (ko-kissaki), or even hooked backwards (ikuri-ô-kissaki). villous: with long and soft hairs, usually curved. The shinogi can be placed near the back of the blade for a longer, sharper, more fragile tip or a more moderate shinogi near the center of the blade. felted-tomentose: woolly and matted with curly hairs. A flat or narrowing shinogi is called 'shinogi-hikushi', whereas a 'fat' blade is called a 'shinogi-takushi'. cano-tomentose: between canescent and tomentose. However, swords could narrow down to the shinogi, then narrow further to the blade, or even expand outward towards the shinogi then shrink to the blade (producing a trapezoidal shape). tomentose: densely pubescent with matted, soft white woolly hairs.
The most prominent is the middle ridge, or 'shinogi'. stellate, stelliform: with star-shaped hairs. Each blade has a unique profile, depending on the smith, the construction method, and a bit of luck. silky: with adpressed, soft and straight pubescence. To make han-sanmai-awase-gitae or shiho-zume-gitae, pieces of hard steel are then added to the outside of the blade in a similar fashion. sericeous: silky appearance through fine, straight and appressed (lying close and flat) hairs. By the end of the process, the two pieces of steel are fused together, but retain their differences in hardness. scabrous, scabrid: rough to the touch. When both sections have been folded adequately, they are bent into a 'U' shape and the softer piece is inserted into the harder piece, at which point they are hammered out into a long blade shape. pubescent: with soft, short and erect hairs. The 'makuri-gitae' is made using two steels, one folded more times than the other, or of a lesser carbon content. puberulent, puberulous: with fine, minute hairs. The last generally accepted model, the 'shiho-zume-gitae', is quite rare, but added a rear support. pilose: with soft, clearly separated hairs. The vast majority of 'good' katana and wakazashi are of 'wariba-gitae' type, but the more complex models allow for parrying without fear of damaging the side of the blade. lanate, lanose: with woolly hairs. Examples are shown below:. hoary: with a fine, close grayish-white pubescence. Eventually the Japanese began to experiment with using different types of steel in different parts of the sword. hispidulous: minutely hispid. When the application is finished, the sword is quenched and hardens correctly. hispid: with rigid, bristly hairs. A thicker layer of mud on the rest of the blade causes slower cooling, and softer steel, giving the blade the flex it needs (this makes the rear and inside of the sword into pearlite). hirsute: with rather rough or stiff hairs. A thin layer on the edge of the sword ensures quick cooling, but not so fast as to crack the sword steel (this makes the actual edge of the sword extremely hard martensite). glandular: with a gland at the tip of the hair. To control the cooling, the sword is heated and painted with layers of sticky clay. floccose: with flocks of soft, woolly hairs, which tend to rub off. Slower, from a lower temperature, and it becomes pearlite, which has significantly more flex but doesn’t hold an edge. ciliolate: minutely ciliate. If steel cools quickly, from a hot temperature, it becomes martensite, which is very hard but brittle. ciliate: marginally fringed with short hairs (cilia). Steel’s exact flex and strength vary dramatically with heat variation, and depending on how hot it gets and how fast it cools, the steel has vastly different properties. canescent: hoary with dense grayish-white pubescence. When finished, the steel is not quenched or tempered in the conventional European fashion. bristly: with stiff hair-like prickles. This means that the rear of the sword can be used to reinforce the edge, and the Japanese took full advantage of this fact. bearded: with long, stiff hairs. One of the core philosophies of the Japanese sword is that it has a single edge. barbellate: with finely barbed hairs (barbellae). Bizen tradition, which specialized in mokume, and some schools of Yamato tradition were also considered strong warrior's weapons. arachnoid, arachnose: with many fine, entangled hairs giving a cobwebby appearance. The blades that were considered the most robust, reliable, and of highest quality were those made in the Mino tradition, esepically those of Magoroku Kanemoto. glabrous: no hairs of any kind present. The difference between the three normal grain types (masame-, itame-, and mokume-hada) is one of cutting a tree perpendicular to its direction of growth (mokume) at an angle (itame) or along the grain (masame), the angle causing the "stretched" pattern. viscid, viscous: covered with thick, sticky secretions. Straight grains were called 'masame-hada', wood-like grain "itame," wood-burl grain "mokume," and concentric wavy grain (an uncommon feature seen almost esclusively in the Gassan school) 'ayasugi-hada'. verrucose: warted, with warty outgrowths. Generally, swords were created with the grain of the blade (called 'hada') running down the blade like the grain on a plank of wood. tuberculate: covered with tubercles; covered with warty prominences. Thus, the best results were usually obtained at 8-10 folds. scurfy: covered with tiny, broad scalelike particles. Even before this point, more layers does not equal a better sword; though folding does burn off impurities and homogenize the blade, a very even and clean composition is obtained early in the process, and control of carbon content has a much greater effect on the blade's functionality. rugose: deeply wrinkled; with veins clearly visible. Beyond this number, the molecular structure of the blade is such that further folding would most likely serve no further purpose. punctate: marked with dots; dotted with depressions or with translucent glands or colored dots. It should be noted that a blade folded 12 times will have more than 4,000 'layers' underneath the initial blade to begin with, and that 20 folds would produce a blade with over a million layers. pubescent: covered with erect hairs (especially soft and short ones). The number of folds varied from sword to sword, but those with more than about a dozen folds are uncommon, and authentic swords with more than two dozen folds are completely unknown. papillate, papillose: bearing papillae (minute, nipple-shaped protuberances). Contrary to popular belief, continued folding will not create a "super-strong" blade; once impurities are burnt off and the carbon content homogenized, further folding offers little benefit and will gradually burn out the carbon, leading eventually to a softer steel less able to hold an edge. glutinous: sticky, viscid. This did several things:. glaucous: with a whitish bloom; covered with a very fine, bluish-white powder. Steel was repeatedly 'folded', bent over itself and hammered flat. glabrous: smooth, not hairy. The most famous part of the manufacturing process was the folding of the steel. farinose: bearing farina; mealy, covered with a waxy, whitish powder. Often, there were sheath, hilt, and tsuba (handguard) specialists as well. truncate: ending abruptly with a flat end, that looks cut off. There was a smith to forge the rough shape, often a second smith (apprentice) to fold the metal, a specialist polisher, and even a specialist for the edge itself. sagittate: shaped like an arrowhead and with the acute basal lobes pointing downward. As with many complex endeavors, rather than a single craftsman, several artists were involved. rounded: curving shape. The total composition varied from smith to smith and lode to lode of ore. cuneate: wedge-shaped. Traditional Japanese steel is popularly considered to be one of the best for creating swords, but the true reasons for this are artistic and not functional - contemporary western steels were and most modern steels are actually superior in strength and purity. cordate: heart-shaped with the norch away from the stem. Manufacturing processes are described in greater detail in following subsections. auriculate: ear-shaped. Most of the "type 98 katana's" from World War II do not exist today, as well as the older versions. acute: coming to a sharp, but not prolonged point. Modern katana and wakizashi are only made by the few licenced practitioners that still practice making these crafted weapons today. acuminate: coming to a sharp, narrow, prolonged point. Japanese swords are fairly uncommon today, but not so rare that genuine antiques cannot be acquired - from reliable sources at significant expense, of course. truncate: ending abruptly with a flat end, that looks cut off. "True" daisho, containing a pair of blades that were made as a pair, mounted as a pair, and owned/worn as a pair, are therefore uncommon and considered highly valuable - especially if they still retain their original mountings (as opposed to later mountings, even if the later mounts are made as a pair). obtuse: rounded or blunt. Even when a daisho contained a pair of blades by the same smith, they were not always forged as a pair or mounted as one. obcordate: inversely heart-shaped, deeply notched at the top. If a samurai was able to afford a daisho, it was often composed of whichever two swords could be conveniently acquired, sometimes by different smiths and in different styles. mucronulate: mucronate, but with a smaller spine. On a related note, the daisho (pair of swords) was not always forged together. mucronate: abruptly tipped with a small short point, as a continuation of the midrib; tipped with a mucro. Wakizashi were also not simply a 'scaled down' katana, they were often forged in hira-zukuri or other such forms, which were very rare on katana. emarginate: indented, with a shallow notch at the tip. They were often forged with different profiles, different blade thicknesses, and varying amounts of niku. cuspidate: with a sharp, elongated, rigid tip; tipped with a cusp. While some people believe that katana and wakizashi were constructed alike, this was not always the case. acute: ending in a sharp, but not prolonged point. This process also makes the edge of the blade contract less than the back when cooling down, something that aids the smith in establishing the curvature of the blade. acuminate: long-pointed, prolonged into a narrow, tapering point in a concave manner. This produces a blade with a hard edge and soft back, allowing it to be resilient and yet retain a good cutting edge. spiny: with stiff, sharp points, such as some Ilex (hollies) and Cirsium (thistles). The back of the sword is coated with clay, insulating it and so causing it to cool slower than the edge when the blade is quenched. sinuate: with deep, wave-like indentations; coarsely crenate, such as many Rumex (docks). The distinctive curvature of the katana is partly due to a process of differential quenching. serrulate: finely serrate. In order to counter this, and to homogenize the carbon content of the blades (giving some blades characteristic folding patterns), the folding was developed (for comparison see pattern welding), and found to be quite effective, though labour intensive. serrate: saw-toothed with asymmetrical teeth pointing forward, such as Urtica (nettle). This practice became popular from use of highly impure metals, stemming from the low temperature yielded in the smelting at that time and place. palmately lobed: indented with the indentations reaching to the center, such as Humulus (hop). Japanese swords and other edged weapons are manufactured by the Chinese method of repeatedly heating, folding and hammering the metal. lobate: indented, with the indentations not reaching to the center, such as many Quercus (oaks)
217.) These traditions and provinces are as follows:. doubly toothed: each tooth bearing smaller teeth, such as Ulmus (elm). (Source: The connoisseur's guide to Japanese swords, by Kokan Nagayama, p. denticulate: finely toothed. Japanese swords can be traced back to one of several provinces, each of which had its own school, traditions and 'trademarks' - e.g., the swords from Mino province were "from the start famous for their sharpness". glandular toothed: with teeth that bear glands. They were most commonly made in the Buke-Zukuri mounting. coarse-toothed: with large teeth. The most common reference to a chisakatana is a shorter katana that does not have a companion blade. dentate: toothed, such as Castanea (chestnut)
A chisa-katana is simply a shorter katana. Dichotomous — There are no dominant bundles, with the veins forking regularly by pairs; found in Ginkgo and some pteridophytes. For more precise measurement, "sun", "bu", and "rin" (one-tenth, one-hundredth, and one-thousandth of a shaku respectively) may be used. Typical for most monocotyledons, such as grasses. Japanese swords are measured in units of shaku (1 shaku = approximately 30.3 centimeters or 11.93 inches; from 1891 the shaku has been defined as exactly 10/33 metres, but older data may vary slightly from this value). Commissural veins (small veins) connect the major parallel veins. What generally differentiates the different swords is their length. Parallel-veined, parallel-ribbed, parallel-nerved, penniparallel — veins run parallel most the length of the leaf, from the base to the apex. All Japanese swords are manufactured according to this method and are somewhat similar in appearance. most Acer (maples). [1] However it is likely that most of these katana are sword like objects, as a basic, properly constructed katana is comparative in price to an inexpensive handgun. Palmate-netted, palmate-veined, fan-veined; several main veins diverge from near the leaf base where the petiole attaches, and radiate toward the edge of the leaf; e.g. Some katana have been used in modern-day armed robberies. Three main veins originate from the base of the lamina, as in Ceanothus. With the efforts of other like minded individuals, the katana has arisen from its darkest day and many swordsmiths have continued the work begun by Munetsugu, re-discovering the old techniques and making the art swords produced by today's best smiths as good as many of the blades of old. Pinnate-netted, penniribbed, penninerved, penniveined; the leaf has usually one main vein (called the mid-vein), with veinlets, smaller veins branching off laterally, usually somewhat parallel to each other; eg Malus (apples). Homma went on to be a founding figure of the Nihon Bijitsu Hozon Token Kai, the 'Society for the Preservation of Art Swords', who made it their mission to preserve the old techniques and blades. This type of venation is typical for dicotyledons.
Due to this disarmament, as of 1958 there were more Japanese swords in America than in Japan: American soldiers would return from the Orient with piles of swords, often as many as they could carry. interpetiolar : between the petioles of two opposite leaves. Others remained stashed away. encircling the petiole base. Some were simply stolen. rhubarb,. Even so, many katana were sold to American soldiers who had money to spend at a bargain price. ochreate : provided with ochrea, or sheath-formed stipules, e.g. As a result of this meeting, the general ban was amended so that the weapon grade gunto would be destroyed and swords of artistic merit could be owned and preserved. adnate : fused to the petiole base. Homma produced blades from the various periods of Japanese history and General MacArthur was a quick student, being able to identify very quickly what blades held artistic merit and which could be considered purely weapons. free. During their meeting, Dr. The situation, arrangement, and structure of the stipules is called the stipulation.
This ban would be later overturned through the personal appeal of Dr. A stipule, present on the leaves of many dicotyledons, is an appendage on each side at the base of the petiole, resembling a small leaf. Under the United States occupation at the end of World War II all armed forces were disbanded and, except under several permits issued by police and municipal government, production of katana with edges was banned. In clasping leaves, the blade partially or wholly surrounds the stem, giving the impression that the shoot grows through the leaf such as in Claytonia perfoliata of the purslane family (Portulacaceae). In 1934 the Japanese government issued a military specification for the shin gunto "new army sword" the first version of which was referred to as a "Type 94 katana", and many machine- and handcrafted swords used in World War II conformed to this and later shin gunto specifications. In sessile leaves the blade attaches directly to the stem. The students of Gassan Sadakatsu went on to be designated Intangible Cultural Assets, or more commonly known as Living National Treasures, as they embodied knowledge that was considered to be fundamentally important to the Japanese identity. Sessile or clasping leaves do not have a petiole. These smiths, Gassan Sadakazu and Gassan Sadakatsu were kept busy producing fine works that stand with the best of the older blades for the Emperor and other high ranking officials. In peltate leaves, the petiole attaches to the blade inside from the blade margin. Though this was a dark time for the katana, the craft was kept alive through the efforts of a few individuals, and notably the Gassan line of smiths who were employed as Imperial Artisans. Petiolated leaves have a petiole.
These swords, known as 'gunto', are often very low in quality with many being oil tempered or simply stamped out of steel and given a serial number rather than a chiselled signature. Trifolium (clover), Laburnum (laburnum). In time, the need to arm soldiers with swords was perceived again and over the decades at the beginning of the 20th century swordsmiths again found work. trifoliate: a pinnate leaf with just three leaflets, e.g. Overnight, the market for swords died, and many swordsmiths were left without a trade to pursue, and valuable skills were lost. Albizia (silk tree). Possession itself was not prohibited, so many katana were simply stashed away. The pinnules on one secondary vein are called pinna; e.g. The Haitorei edict in 1876 all but banned carrying swords and guns on streets, making samurai less distinguishable from commoners. Each leaflet is called a pinnule. Japan remained in stasis until Matthew Perry's arrival in 1853 and the subsequent Convention of Kanagawa forcibly reintroduced Japan to the outside world; the rapid modernization of the Meiji Restoration soon followed. Bipinnately compound leaves are twice divided: the leaflets are arranged along a secondary vein that is one of several branching off the rachis. With the discarding of the Shinto style, and the re-introduction of old and rediscovered techniques, the swords of this time were now called 'shinshinto' meaning 'new-new swords.'. Swietenia (mahogany). Munetsugu travelled the land teaching what he knew to all who would listen, and swordsmiths rallied to his cause and ushered in a second renaissance in Japanese sword smithing. even pinnate: lacking a terminal leaflet, e.g. Munetsugu published opinions that the arts and techniques of the shinto swords were inferior to the koto blades, and that research should be made by all swordsmiths in the land to rediscover the lost techniques. Fraxinus (ash). Towards the end of this period, swordmaking had fallen to another low, and due to the efforts of the master swordsmith Munetsugu at the turn of the 19th century, artistic merit once again returned to the craft. odd pinnate: with a terminal leaflet, e.g. By the middle of the eighteenth century, most young Japanese had never seen a gun, let alone actually seen one fired. Pinnately compound leaves have the leaflets arranged along the main or mid-vein (called a rachis in this case).
It is often considered that the more complex work found on many shinto swords then is a corruption, where form no longer strictly follows function and thereby no longer achieves a pure form of beauty. There is no rachis, e.g. The addition of these engravings known as 'horimono' were originally for religious reasons, and were simple and tasteful. Palmately compound leaves have the leaflets radiating from the end of the petiole, like fingers off the palm of a hand. As the Edo period progressed, there came a decline in quality once again, for a variety of reasons, including the evolution of the samurai class into bureaucrats and policemen; other related arts did move forward from time to time, leading to beautiful engravings and decorations for weapons. Rosulate — leaves form a rosette ( = a cluster of leaves growing in crowded circles from a common center). As the techniques of the ancient smiths had been lost during the previous period of war, these swords were called shinto, literally 'new swords.' This gave the obvious name to the older blades as koto, 'old swords.' The blades that predated the curved blades introduced around 987AD were referred to as 'jokoto' or ancient swords. Note: opposite leaves may appear whorled near the tip of the stem. In times of peace, swordsmiths had time and the inclination to return to the making of refined and artistic blades, and the beginning of the Momoyama period saw the return of high quality creations. As with opposite leaves, successive whorls may or may not be decussate, rotated by half the angle between the leaves in the whorl (i.e., successive whorls of three rotated 60°, whorls of four rotated 45°, etc). Other Japanese scholars had also highlighted that certain Japanese swordsmiths of this period, began to make blades with thicker backs and bigger points, as a counter-response to the Mongol threat. Whorled — three or more leaves attach at each point or node on the stem. Kokan Nagayama, in the book "The Connoiseur's Book of Japanese Swords", Kodansha International 1997, states on page 21 that the "Japanese warriors had never before encountered such an enemy (the Mongols), who was protected by leather armor and wielded a very stout sword -- clearly superior to theirs -- in a unique style of fighting." He added that certain Japanese swordsmiths started to adopt thinner and simpler temper lines due to their belief that " blades with wide temper lines reaching near to the ridge line look gorgeous, but tend to break." Unfortunately, Mr Nagayama did not quote the Japanese historical references that he derived his comments on the superiority of the Mongol (ie continental Chinese, Korean and other makes) sword over the Japanese sword. Opposite — leaf attachments paired at each node; decussate if, as typical, each successive pair is rotated 90° going along the stem; or distichous if not rotated, but two-ranked (in the same plane). The famous failed invasion of Japan by the Mongols marked another point of evolution for the Japanese sword. Alternate — leaf attachments singular at nodes, and leaves alternate direction, to a greater or lesser degree, along the stem. As time progressed, the craft decayed under the needs listed above, and the introduction of guns, as a decisive force on the battlefield. 135° (or 3/8) : eight leaves in three gyres. The (ultimately failed) rationale behind this was to attempt to soak up the production of Japanese weapons and make it harder for pirates in the area to arm. 144° (or 2/5) : five leaves in two gyres. The export of katana reached its height during Muromachi period with the total of at least 200,000 katana being shipped to the Ming dynasty in official trades. 120° (or 1/3) : three leaves in one circle. Furthermore, the ferocity of the fighting caused the highly artistic techniques of the Kamakura period (known as the Golden Age of Swordmaking) to be abandoned in favor of more utilitarian and disposable weapons. alternate leaves have an angle of 180° (or 1/2). While many good swords were made during this period, the vast need for swords caused smiths to switch to production line methods. Other specialized leaves. During the Muromachi period, bloody wars were the norm, but the indolent shogunates also put a high value on art and culture, so the islands did not descend into barbarism. Sheath leaves (type found in most grasses). The War of Onin (1467-1477) revolutionized Japanese armour. Microphyll leaves. For five centuries, Japan had its own dark ages, marked by continuous, brutal wars. Angiosperm (flowering plant) leaves: the standard form includes stipules, petiole, and lamina. By the twelfth century, civil war erupted after a long period of decadence. Conifer leaves are typically needle-, awl-, or scale-shaped. In the same period, the Kyō-hachiryū (京八流) was created in the Kurama mountain (in Kyoto). Ferns have fronds. From the Kashima shrine's Kashima no Tachi sprang the Kantō-nanaryū (関東七流 - also known as the Kashima-nanaryū 鹿島七流). phloem, which usually moves sap out, the latter containing the glucose produced by photosynthesis in the leaf. This is also reflected in the styles of kenjutsu created during this period. xylem, which brings water from the stem into the leaf. Among other modifications, the katana becomes single-edged, and better suited for slashing. These cells contain less chloroplasts than those of the palisade layer. According to legend, the Japanese sword was invented by a smith named 'Amakuni' in AD 700, along with the folded steel process. There are large intercellular air spaces. The Ainu people used Warabite-tou(蕨手刀) Warabite sword and this sword influenced the Katana. The cells of the spongy layer are more rounded and not so tightly packed. In the Heian Period (8th to 11th centuries) we see the development of sword-making, through techniques brought from the Russia and North part of Japan Hokkaido in those days Ainu's territory. Beneath the palisade layer is the spongy layer. The style, called Kashima no Tachi (鹿島の太刀), was created at the Kashima Shrine (in Ibaraki Prefecture). Sun leaves have a multi-layered palisade layer, while shade leaves or older leaves closer to the soil, are single-layered. One of the oldest known forms of kenjutsu dates the Kofun era (3rd and 4th centuries). In order to adapt to their different environment (such as sun or shade), plants had to adapt this structure to obtain optimal result. Early swords were in the style of Chinese swords, straight and single or double-edged. This separation must be minimal to afford capillary action for water distribution. At the same time, the Japanese learned the art of swordmaking from Chinese smiths. The slight separation of the cells provides maximum absorption of carbon dioxide. In the 6th century BCE the legendary Emperor Jimmu conquered much of Japan. Cylindrical cells, with the chloroplasts close to the walls of the cell, can take optimal advantage of light. Swords are critical in most feudal societies, and Japan was no exception. These long cylindrical cells are regularly arranged in one to five rows. The back end is soft, and so the sword is not brittle but flexible, while the front end is sharp and hard. Its cells contain many more chloroplasts than the spongy layer. This gives the sword its cutting edge and the strength. An upper palisade layer of tightly packed, vertically elongated cells, one to two cells thick, directly beneath the adaxial epidermis. The front end is made up of almost 3000 layers of metal forged precisely to give shape to blade. An arrangement of veins (the vascular tissue). The back is thick and front end is razor sharp. An interior chlorenchyma called the mesophyll. To have fought till nothing but a surrender is possible, is defined as Ken ore, ya mo tsuki, (lit. Drawing the sword was like letting one's soul blaze free and usually meant that the samurai was down to the last straw. However, most samurai did not use their sword as a primary weapon; bow first, a spear next, and only then the sword. The Tachi on the other hand, had a stand, the tsuka was set in a groove at the base and the saya pointed upwards set in a notch at the top with the cutting edge down, again in the manner it was worn. As for the host, his long-sword was generally stored above the wakizashi on a rack called a katana-kake, curving upwards; in the manner it was worn, with the omote side showing (tsuka or handle ponting left). Positioning his sword for an easy draw implied suspicion or aggression; thus, whether he placed it on his right or left side, and whether the blade was placed curving away or towards him, was an important point of etiquette. For example, a samurai entering someone's house might consider how to place his sheathed sword as he knelt. Elaborate methods for carrying, cleaning, storing, sharpening (or not sharpening), and wielding the sword evolved from era to era. Much of early Japanese culture revolved around swords. They would be "soulless" in the eyes of a samurai. Ronin, needing money, would sometimes be forced to sell their swords, further adding to their highly dishonorable, sometimes vagabond status in Japanese society. For much of Japan's history, only samurai were even allowed to carry swords, and a peasant carrying a sword was enough reason to kill the peasant and take the sword after a prohibition was issued in early Edo period. The Japanese pinned an extraordinary amount of value on the sword. Although spears have survived since as far back as the 8th century AD, it was not until the large scale wars of the Onin period towards the end of the fifteenth century that the straight bladed spear, the yari, vied with the sword for the most popular weapon. Although other weapons waxed and waned in popularity throughout history, the sword remained a constant. The sword was considered the soul of the samurai. . Perhaps one of the more famous types of Japanese fencing was "Nitto Ryu" or the use of both the katana and wakizashi in tandem; a technique most famously used by Miyamoto Musashi, though the extensive popularization of this technique in anime, literature, and pop culture has strongly skewed modern perspective on its importance and prevalence. Old koryu sword schools do still exist (for example, Kashima Shinto-ryu, Kashima Shin-ryu, and Tenshin Shoden Katori Shinto-ryu, among others). The art of drawing the katana and attacking one's enemies is iaido (also known as battōjutsu/battodo), and kendo is an art of fencing with a shinai (bamboo sword) protected by helmet and armour. While the practical arts for using the sword for its original purpose are now somewhat obsolete, kenjutsu and iaijutsu have turned into gendai budo — modern martial arts for a modern time. It is traditionally worn edge up. Though it is intended for and was predominantly used with a two-handed grip, many extant historical Japanese sword arts include at least one or two single-handed techniques. It is primarily used for cutting, although its curvature is generally gentle enough to allow for effective thrusting as well. Other aspects of the koshirae (mountings), such as the menuki (decorative grip swells), habaki (blade collar and scabbard wedge), fuchi and kashira (handle collar and cap), kozuka (small utility knife handle), kogai (decorative skewer-like implement), saya lacquer, and tsukamaki (professional handle wrap), received similar levels of artistry. (In fact, seppuku was a right reserved for samurai in order to preserve their honor by taking their own life should the need arise.) The scabbard for a katana is referred to as a saya, and the handguard piece, often intricately designed as individual works of art especially in later years of the Edo period, was called the tsuba. The long blade was used for open combat, while the shorter blade was considered a side arm, and also more suited for stabbing, close combat (such as indoors), and seppuku, a form of ritual suicide. The two weapons together were called the daisho, and represented the social power and personal honor of the samurai (buke retainers to the daimyo). The weapon was typically paired with the wakizashi, a similarly made but shorter sword both worn by the members of the buke (bushi) warrior class, it could also be worn with the tanto, an even smaller similarly shaped blade. It refers to a specific type of curved, single-edged sword traditionally used by the Japanese samurai. While the word has no separate plural form in Japanese, it has been adopted as a loan word by the English language, where it is commonly pluralised as katanas. It is literally translated as 'knife,' and pronounced 'dao'). In Mandarin, it is pronounced dāo (this does not specifically refer to the katana. Katana (pronounced [ka-ta-na]) is the kun'yomi (Japanese reading) of the kanji 刀 ; the on'yomi (Chinese reading) is tō. The katana (刀) is the Japanese backsword or longsword (大刀 daitō) of the type specifically in use after the 1400s (following the use of the tachi), although many Japanese use this word generically as a catch-all word for sword. Ran "Aya" Fujimiya from Weiß Kreuz. Leonardo from the Teenage Mutant Ninja Turtles. Ulrich Stern. Saigo Takamori. Saito Hajime. Okita Soji. Sasaki Kojiro. Miyamoto Musashi. Iizasa Ienao. Tsukahara Bokuden. Ashikaga Yoshiteru. Magoroku Kanemoto. Go Yoshihiro. Etchu Norishige. Bizen Saburo Kunimune. Yamato Kaneuji. Yosozaemon Sukesada. Gassan Sadakazu. Nagasone Kotetsu. Inoue Shinkai. Sengo Muramasa. Soshu Sadamune. Soshu Masamune. Rai Kunimitsu. Rai Kunitoshi. Munechika. Amakuni. It burned off many impurities, again helping to overcome the Japanese steel's poor quality and purify/strengthen the sword. (Bulat steel layering is an entirely different chemical effect, and does not apply to blades made in the Japanese fashion.). Layers act as weld points which can only serve to weaken the integrity of the blade. Despite widespread popular belief that the layered structure provides enhanced mechanical properties of the steel, this is completely false. It created layers, by continuously decarburizing the surface and bringing the surface into the blade's interior, which gives the swords their unique and beautiful grain. It homogenized the metal, spreading the elements (such as carbon) evenly throughout - increasing the effective strength by decreasing the number of potential weak points. It eliminated any bubbles in the metal. Older swords by honored makers would then be reserved for very special gifts, in particular to the Shogun and his family or from the Shogun to show very special merit. As such, the art of 'kantei' (the ability to judge a sword for period, maker, and quality) became important, as this allowed specialists to appraise a blade and so place its value. It became traditional that Daimyo and the Shogun, and the members of their families, would exchange gifts of swords when meeting together or for special occasions such as weddings and births. It is considered that this angle of the sword was played up by those in power in order to replace land in the role of a gift of great honor. In older days, these gifts would be of land, but at the time of the Shogunate land was a scarce commodity. While there has always been reverence for the sword, the official line of it being the 'soul' comes from a need of the Shogunate to provide high value gifts to retainers and noblemen. The 'soul of the samurai' concept has its roots in the early Tokugawa Shogunate. However, despite this, the sword was still considered the soul of the samurai, not the spear. Although largely overlooked in Western literature, spears were the first resort of any samurai and most peasants, and the blades on the samurai spears were often of extremely high quality. The two main types are 'naginata', similar to a halberd in use, and a 'yari' which is more traditionally spear like. Most of the various kinds of spears could come with blades made in the same style as the Japanese sword. There are many varieties of wooden practice blades, including those made out of wood (bokken) and those made out of bamboo (often used for kendo practice, usually referred to as shinai). The signature almost always appears on the side facing away from the body when the blade is worn, so it is possible to discern the smith's intention for the blade in this manner. However, these are still katana if worn in modern 'buke-zukuri' style. Swords designed specifically to be tachi are generally koto rather than shinto, so they are generally better manufactured and more elaborately decorated. 'ōdachi' is also sometimes used as a synonym for katana. Abnormally long blades (longer than 3 shaku or 90cm), usually carried across the back, are called ōdachi or nodachi. If it is suspended by cords from a belt, it is called 'tachi' (average blade length of 75 cm) the tachi is worn cutting edge down. However, the term 'katana' is often misapplied: a sword is only a katana if it is worn blade-up through a belt-sash called an obi (these 'katana' averaged 65 cm in blade length). This is the category 'katana' fall into. A blade longer than 2 shaku (61 cm) is considered a daito, or long sword. A blade longer than 1 shaku but less than 2 (30–61 cm) is considered a shoto (short sword) and included the wakizashi and kodachi. A blade shorter than 1 shaku (30 cm) is considered a tanto (knife). |