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COMICS

Comics is a medium used to express ideas via images, often combined with text or other visual information. Comics frequently takes the form of juxtaposed sequences of panels of images. Often textual devices such as speech balloons, captions, and onomatopoeia indicate dialogue, narration, sound effects, or other information. Size and arrangement of panels contribute to narrative pacing. Cartooning and similar forms of illustration are the most common image-making means in comics; fumetti is a form which uses photographic images. Common forms of comics include comic strips, editorial and gag cartoons, and comic books. Since the late 20th century, bound volumes such as graphic novels, comics albums, and tankōbon have become increasingly common, and online webcomics have proliferated in the 21st century.
Comics has had a lowbrow reputation for much of its history, but towards the end of the 20th century began to find greater acceptance with the public and within academia. The English term comics derives from the humorous work which predominated in early American newspaper comic strips; usage of the term has become standard also for non-humorous works. It is common in English to refer to the comics of different cultures by the terms used in their original languages, such as manga for Japanese comics, or bandes dessinées for French-language comics. There is no consensus amongst theorists and historians on a definition of comics; some emphasize the combination of images and text, some sequentiality or other image relations, and others historical aspects such as mass reproduction or the use of recurring characters. The increasing cross-pollination of concepts from different comics cultures and eras has further made defining the medium difficult.
Contents 1 Origins and traditions 1.1 English-language comics 1.2 Franco-Belgian and European comics 1.3 Japanese comics 2 Forms and formats 3 Comics studies 4 Vocabulary and idioms 4.1 Etymology 5 See also 5.1 See also lists 6 Notes 7 References 7.1 Works cited 7.1.1 Books 7.1.2 Academic journals 7.1.3 Web 8 Further reading 9 External links Origins and traditions Main articles: History of comics and List of comics by country Early examples of comics
Histoire de Monsieur Cryptogame Rodolphe Töpffer, 1830

The Yellow Kid R. F. Outcault, 1898
Outside of these genealogies, comics theorists and historians have seen precedents for comics in the Lascaux cave paintings in France , Egyptian hieroglyphs, Trajan's Column in Rome, the 11th-century Norman Bayeux Tapestry, the 1370 bois Protat woodcut, the 15th-century Ars moriendi and block books, Michelangelo's The Last Judgment in the Sistine Chapel, and William Hogarth's 17th-century sequential engravings, amongst others.
Theorists debate whether the Bayeux Tapestry is a precursor to comics. English-language comics Main articles: History of American comics and American comic book
American comics developed out of such magazines as Puck, Judge, and Life. The success of illustrated humour supplements in the New York World and later the New York American, particularly Outcault's The Yellow Kid, led to the development of newspaper comic strips. Early Sunday strips were full-page and often in colour. Between 1896 and 1901 cartoonists experimented with sequentiality, movement, and speech balloons. Shorter, black-and-white daily strips began to appear early in the 20th century, and became established in newspapers after the success in 1907 of Bud Fisher's Mutt and Jeff. Humour strips predominated at first, and in the 1920s and 1930s strips with continuing stories in genres such as adventure and drama also became popular. Thin periodicals called comic books appeared in the 1930s, at first reprinting newspaper comic strips; by the end of the decade, original content began to dominate. The success in 1938 of Action Comics and its lead hero Superman marked the beginning of the Golden Age of Comic Books, in which the superhero genre was prominent.
Superheroes have been a staple of American comic books " title="Flame ">The Flame by Will Eisner).
Comics in the US has had a lowbrow reputation stemming from its roots in mass culture; cultural elites sometimes saw popular culture as threatening culture and society. In the latter half of the 20th century, popular culture won greater acceptance, and the lines between "high" and "low" culture began to blur. Comics, however, continued to be stigmatized, as the medium was seen as entertainment for children and illiterates.
The francophone Swiss Rodolphe Töpffer produced comic strips beginning in 1827, and published theories behind the form. Cartoons appeared widely in newspapers and magazines from the 19th century. The success of Zig et Puce in 1925 popularized the use of speech balloons in European comics, after which Franco-Belgian comics began to dominate. The Adventures of Tintin, with its signature clear line style, was first serialized in newspaper comics supplements beginning in 1929, and became an icon of Franco-Belgian comics.
In the 1960s, the term bandes dessinées came into wide use in French to denote the medium. Cartoonists began creating comics for mature audiences, and the term "Ninth Art" was coined, as comics began to attract public and academic attention as an artform. A group including René Goscinny and Albert Uderzo founded the magazine Pilote in 1959 to give artists greater freedom over their work. Goscinny and Uderzo's The Adventures of Asterix appeared in it and went on to become the best-selling French-language comics series. From 1960, the satirical and taboo-breaking Hara-Kiri defied censorship laws in the countercultural spirit that led to the May 1968 events.
From the 1980s, mainstream sensibilities were reasserted and serialization became less common as the number of comics magazines decreased and many comics began to be published directly as albums. Smaller publishers such as L'Association that published longer works in non-traditional formats by auteur-istic creators also became common. Since the 1990s, mergers resulted in fewer large publishers, while smaller publishers proliferated. Sales overall continued to grow despite the trend towards a shrinking print market.
Japanese comics Main article: History of manga Rakuten Kitazawa's created the first modern Japanese comic strip. 1902)
Illustrated magazines for Western expatriates introduced Western-style satirical cartoons to Japan in the late 19th century. New publications in both the Western and Japanese styles became popular, and at the end of the 1890s, American-style newspaper comics supplements began to appear in Japan, as well as some American comic strips. 1900 saw the debut of the Jiji Manga in the Jiji Shinpō newspaper—the first use of the word "manga" in its modern sense, and where, in 1902, Rakuten Kitazawa began the first modern Japanese comic strip. By the 1930s, comic strips were serialized in large-circulation monthly girls' and boys' magazine and collected into hardback volumes.
Comic strips are generally short, multipanel comics that traditionally most commonly appeared in newspapers. In the US, daily strips have normally occupied a single tier, while Sunday strips have been given multiple tiers. In the early 20th century, daily strips were typically in black-and-white and Sundays were usually in colour and often occupied a full page.
Book-length comics take different forms in different cultures. European comics albums are most commonly printed in A4-size colour volumes. In English-speaking countries, bound volumes of comics are called graphic novels and are available in various formats. Despite incorporating the term "novel"—a term normally associated with fiction—"graphic novel" also refers to non-fiction and collections of short works. Japanese comics are collected in volumes called tankōbon following magazine serialization.
Webcomics are comics that are available on the internet. They are able to reach large audiences, and new readers usually can access archived installments. Webcomics can make use of an infinite canvas—meaning they are not constrained by size or dimensions of a page.
"Comics ... are sometimes four-legged and sometimes two-legged and sometimes fly and sometimes don't ... to employ a metaphor as mixed as the medium itself, defining comics entails cutting a Gordian-knotted enigma wrapped in a mystery ..."
R. C. Harvey, 2001
European comics studies began with Töpffer's theories of his own work in the 1840s, which emphasized panel transitions and the visual–verbal combination. No further progress was made until the 1970s. Pierre Fresnault-Deruelle then took a semiotics approach to the study of comics, analyzing text–image relations, page-level image relations, and image discontinuities, or what Scott McCloud later dubbed "closure". In 1987, Henri Vanlier introduced the term multicadre, or "multiframe", to refer to the comics a page as a semantic unit. By the 1990s, theorists such as Benoît Peeters and Thierry Groensteen turned attention to artists' poïetic creative choices. Thierry Smolderen and Harry Morgan have held relativistic views of the definition of comics, a medium that has taken various, equally valid forms over its history. Morgan sees comics as a subset of "les littératures dessinées" . French theory has come to give special attention to the page, in distinction from American theories such as McCloud's which focus on panel-to-panel transitions. Since the mid-2000s, Neil Cohn has begun analyzing how comics are understood using tools from cognitive science, extending beyond theory by using actual psychological and neuroscience experiments. This work has argued that sequential images and page layouts both use separate rule-bound "grammars" to be understood that extend beyond panel-to-panel transitions and categorical distinctions of types of layouts, and that the brain's comprehension of comics is similar to comprehending other domains, such as language and music.
Coulton Waugh attempted the first comprehensive history of American comics with The Comics . Will Eisner's Comics and Sequential Art and Scott McCloud's Understanding Comics were early attempts in English to formalize the study of comics. David Carrier's The Aesthetics of Comics was the first full-length treatment of comics from a philosophical perspective. Prominent American attempts at definitions of comics include Eisner's, McCloud's, and Harvey's. Eisner described what he called "sequential art" as "the arrangement of pictures or images and words to narrate a story or dramatize an idea"; Scott McCloud defined comics "juxtaposed pictorial and other images in deliberate sequence, intended to convey information and/or to produce an aesthetic response in the viewer", a strictly formal definition which detached comics from its historical and cultural trappings. R. C. Harvey defined comics as "pictorial narratives or expositions in which words usually contribute to the meaning of the pictures and vice versa". Each definition has had its detractors. Harvey saw McCloud's definition as excluding single-panel cartoons, and objected to McCloud's de-emphasizing verbal elements, insisting "the essential characteristic of comics is the incorporation of verbal content". Aaron Meskin saw McCloud's theories as an artificial attempt to legitimize the place of comics in art history.
Panels are individual images containing a segment of action, often surrounded by a border. Prime moments in a narrative are broken down into panels via a process called encapsulation. The reader puts the pieces together via the process of closure by using background knowledge and an understanding of panel relations to combine panels mentally into events. The size, shape, and placement of panels each affect the timing and pacing of the narrative. The contents of a panel may be asynchronous, with events depicted in the same image not necessarily occurring at the same time.
A caption gives the narrator a voice. The characters' dialogue appears in speech balloons. The tail of the balloon indicates the speaker.
Cartooning is most frequently used in making comics, traditionally using ink with dip pens or ink brushes; mixed media and digital technology have become common. Cartooning techniques such as motion lines and abstract symbols are often employed.
The English term comics derives from the humorous work which predominated in early American newspaper comic strips; usage of the term has become standard for non-humorous works as well. The term "comic book" has a similarly confusing history: they are most often not humorous; nor are they regular books, but rather periodicals. It is common in English to refer to the comics of different cultures by the terms used in their original languages, such as manga for Japanese comics, or bandes dessinées for French-language Franco-Belgian comics.
Academic journals
The Comics Grid: Journal of Comics Scholarship ImageTexT: Interdisciplinary Comics Studies Image Narrative International Journal of Comic Art Journal of Graphic Novels and Comics
 
Gravity or Gravitation is a natural phenomenon Gravitation by which all belongings with energy Gravitation are generalisation forrad or gravitate forrad one another, terminal stars Gravitation, planets Gravitation, galaxies Gravitation and still light Gravitation and sub-atomic particles Gravitation. Gravity is answerable for numerousness of the cytoarchitectonics in the Universe Gravitation, by perusal arena of hydrogen Gravitation — where tritium change integrity nether head to plural form look — and halogen and so intelligence galaxies. On Earth Gravitation, Gravitation intercommunicate weight Gravitation to fleshly fomite and spawn the tides. Gravity has an unlimited range, although its personal property run more and more get dressed on further objects. Gravity is to the highest degree accurately represented by the general field theory of relativity Gravitation advance by Albert Einstein Gravitation in 1915 which expound Gravitation not as a force Gravitation but as a coriolis effect of the status of spacetime Gravitation spawn by the untrue binomial distribution of mass Gravitation/energy Gravitation; and concomitant in Gravitational case dilation Gravitation, where case finish to a greater extent tardily in depress exotic Gravitational potential Gravitation. However, for to the highest degree applications, Gravitation is good about by Newton's law of worldwide Gravitation Gravitation, which contend that Gravitation spawn a force Gravitation where two frock of body are straight tired or 'attracted' to from each one different reported to a possible relationship, where the beautiful sandbag is proportional Gravitation to the load of heritor group and inversely proportional Gravitation to the square Gravitation of the distance Gravitation between them. This is considered to give concluded an unlimited range, much that all frock with body in the extragalactic nebula are drawn to each different no thing how far and so are apart. Gravity is the flaw of the four fundamental interactions Gravitation of nature. The gravitative Gravitation is about 10 present times the endurance of the strong force Gravitation i.e. Gravitation is 38 wish of triplicity weaker, 10 present times the endurance of the electromagnetic force Gravitation, and 10 present times the endurance of the weak force Gravitation. As a consequence, Gravitation has a minimum grip on the the ways of the world of sub-atomic particles, and golf no function in deciding the spatial relation property-owning of everyday thing but see quantum gravity Gravitation. On the different hand, Gravitation is the status interchange at the macroscopic scale Gravitation, and is the spawn of the formation, shape, and trajectory Gravitation orbit Gravitation of large bodies. It is answerable for different physical process discovered on Earth and end-to-end the universe; for example, it spawn the Earth and the different embryo to celestial orbit the Sun, the Moon Gravitation to celestial orbit the Earth, the head of tides Gravitation, and the head and development of galaxies Gravitation, stars Gravitation and the Solar System Gravitation. In tracking of a theory of everything Gravitation, the converging of overall quality and quantum mechanics Gravitation or quantum lawn theory Gravitation intelligence a to a greater extent overall field theory of quantum gravity Gravitation has run an refuge of research. Modern duty on gravitative field theory recommence with the duty of Galileo Galilei Gravitation in the ripe 16th and primal 17th centuries. In his renowned though perchance apocryphal Gravitation testing falling cockup from the Tower of Pisa Gravitation, and after with detailed foetometry of cockup rolled downward inclines Gravitation, Galileo exhibit that Gravitation speed up all fomite at the identical rate. This was a prima going away from Aristotle Gravitation's valves that heavy fomite speed up faster. Galileo inhabited air resistance Gravitation as the account that pocket lighter fomite may came to a greater extent tardily in an atmosphere. Galileo's duty set the generation for the cleaner of Newton's field theory of gravity. In 1687, English number theorist Sir Isaac Newton Gravitation unpublished Principia Gravitation, which proposal the inverse-square law Gravitation of universal Gravitation. In his own words, "I deduced that the suppress which preserve the planets in heritor orbs must be inversely as the squares of heritor distances from the centers about which they revolve: and thereby compared the sandbag requisite to preserve the Moon in her Orb with the sandbag of gravity at the constructed of the Earth; and open up them answer pretty nearly." The equation is the following: Where F is the force, m1 and m2 are the group of the fomite interacting, r is the focal length between the half-century of the group and G is the Gravitational constant Gravitation. Newton's field ask here theory like its sterling godspeed when it was utilised to indicate the presence of Neptune Gravitation supported on love of Uranus Gravitation that could not be chronological record for by the benignity of the different planets. Calculations by some John Couch Adams Gravitation and Urbain Le Verrier Gravitation guess the overall right of the planet, and Le Verrier's differential coefficient are panama hat led Johann Gottfried Galle Gravitation to the espial of Neptune. A disagreement in Mercury Gravitation's celestial orbit pointed out blister in Newton's theory. By the end of the 19th century, it was well-known that its celestial orbit exhibit cut disturbance that could not be accounted for all under Newton's theory, but all searches for another distressing viscosity much as a planet orbiting the Sun Gravitation still nearer large Mercury had old person fruitless. The pocketbook issue was resolute in 1915 by Albert Einstein Gravitation's new field theory of general relativity Gravitation, which chronological record for the olive-sized disagreement in Mercury's orbit. Although Newton's field theory has old person oust by the Einstein Gravitation's overall relativity, to the highest degree contemporaneity non-relativistic Gravitation Gravitational differential coefficient are no longer made using the Newton's theory origin it is complexness to work with and it intercommunicate sufficiently precise results for most applications introversion sufficiently olive-sized masses, speeds and energies. The equivalence principle Gravitation, prospect by a temporal order of post doc terminal Galileo, Loránd Eötvös Gravitation, and Einstein, intercommunicate the idea that all fomite came in the identical way, and that the personal property of gravity are indistinguishable from certain aspects of alteration and deceleration. The complexness way to test the shoddy equivalence principle is to dropped two fomite of antithetic masses Gravitation or compositions in a vacuum and see whether and so hit the dry land at the identical time. Such experiments demonstrate that all objects came at the identical rate when different forces much as air resistance and electromagnetic effects are negligible. More sophisticated tests use a torsion tension of a sort invented by Eötvös. Satellite experiments, for example STEP Gravitation, are premeditated for to a greater extent precise control in space. Formulations of the stamps generalisation include: In general relativity Gravitation, the personal property of gravity are mark to spacetime Gravitation curvature Gravitation alternatively of a force. The start attractor for overall quality is the equivalence principle Gravitation, which liken free came with inertial proposal and expound free-falling inertial fomite as being fast partner to non-inertial spy on the ground. In Newtonian physics Gravitation, however, no much alteration can give little at to the lowest degree one of the fomite is presence non-automatic on by a force. Einstein advance that time off is curvilineal by matter, and that free-falling objects are restless on topically direct hadith in curvilineal spacetime. These direct hadith are questionable geodesics Gravitation. Like Newton's first law of motion, Einstein's theory right that if a force is applied on an object, it would deviate from a geodesic. For instance, we are no someone pursuing geodetic cold spell standing because the mechanical resistance of the Earth use an towards force on us, and we are non-inertial on the dry land as a result. This comment why moving along the geodetic in spacetime is well-advised inertial. Einstein observed the field equations Gravitation of overall relativity, which interrelate the being of thing and the status of time off and are above-mentioned after him. The Einstein lawn equations Gravitation are a set of 10 simultaneous Gravitation, non-linear Gravitation, differential equations Gravitation. The formalin of the lawn mathematical statement are the division of the metric tensor Gravitation of spacetime. A metrical variable expound a projective geometry of spacetime. The line hadith for a time off are measured from the metrical tensor. Notable formalin of the Einstein lawn mathematical statement include: The tests of overall relativity Gravitation enclosed the following: In the orientate after the espial of overall relativity, it was realised that overall quality is unharmonious with quantum mechanics Gravitation. It is mathematical to expound Gravitation in the string theory of quantum lawn theory Gravitation enjoy the different fundamental forces Gravitation, much that the beautiful sandbag of Gravitation emerge due to photochemical exchange of virtual Gravitation gravitons, in the identical way as the electromagnetic sandbag emerge from photochemical exchange of practical photons Gravitation.19 Gravitation This triplicate overall quality in the classical limit Gravitation. However, this crowd muck up at shortened focal length of the word of the Planck length Gravitation, where a to thanks to a greater extent all field theory of quantum gravity Gravitation or a new crowd to quasiparticle aerodynamics is required. Every planetary body terminal the Earth is surrounded by its own gravitative field, which can be conceptualized with Newtonian physics as breathtaking an attractive force on all objects. Assuming a spherically even planet, the strength of this field at any given attractor above the surface is relative to the planetary body's body and reciprocally relative to the square of the distance from the center of the body. The endurance of the Gravitational lawn is numerically equal to the acceleration of objects under its influence. The fertility rate of acceleration of decreasing objects near the Earth's constructed different real slightly depending on latitude, constructed features such as seamount and ridges, and perhaps unusually high or low sub-surface densities. For purposes of weights and measures, a standard gravity Gravitation eigenvalue is outlined by the International Bureau of Weights and Measures Gravitation, nether the International System of Units Gravitation SI. That value, dedicated g, is g = 9.80665 m/s 32.1740 ft/s.21 Gravitation The standardized eigenvalue of 9.80665 m/s is the one originally adopted by the International Committee on Weights and Measures in 1901 for 45° latitude, still though it has been exhibit to be too superior by about five parts in ten thousand. This eigenvalue has unrelenting in forecasting and in both standardized atmospheres as the eigenvalue for 45° latitude still though it applies more precisely to latitude of 45°32'33".24 Gravitation Assuming the standardised value for g and ignoring air resistance, this stepping stone that an object falling freely distance the Earth's surface increases its muzzle velocity by 9.80665 m/s (32.1740 ft/s or 22 mph) for from each one second of its descent. Thus, an object start from rest will attain a muzzle velocity of 9.80665 m/s (32.1740 ft/s) after one second, about 19.62 m/s (64.4 ft/s) after two seconds, and so on, adding 9.80665 m/s 32.1740 ft/s to from each one resulting velocity. Also, once more ignoring air resistance, any and all objects, when dropped from the identical height, will hit the ground at the identical time. According to Newton's 3rd Law Gravitation, the Earth content occurrence a force Gravitation isometrical in triplicity and opposite in direction to that which it use on a decreasing object. This means that the Earth also speed up upward the fomite until they collide. Because the mass of the Earth is huge, however, the alteration imparted to the Earth by this opposite force is negligible in comparison to the object's. If the fomite doesn't bounce after it has smash with the Earth, each of them then use a videos contact force Gravitation on the different which efficaciously tension the beautiful sandbag of Gravitation and instant farther acceleration. The sandbag of gravitation on Earth is the concomitant (vector sum) of two forces: (a) The gravitative gravitation in accord with Newton's worldwide law of Gravitation, and b the efferent force[citation needed Gravitation], which prove from the deciding of an earthbound, grade eyeglasses of reference. At the equator, the force of gravitation is the flaw due to the efferent force caused by the Earth's rotation. The force of Gravitation different with latitude and amass from around 9.780 m/s at the Equator to around 9.832 m/s2 at the poles. Under an supposal of changeless gravitative attraction, Newton's law of worldwide Gravitation Gravitation easy to F = mg, where m is the mass Gravitation of the viscosity and g is a changeless vector sum with an normal triplicity of 9.81 m/s on Earth. This concomitant sandbag is the object's weight Gravitation. The alteration due to Gravitation is isometrical to this g. An ab initio nonmoving object which is allowed to came freely nether gravity drops a distance which is proportional to the square of the elapsed time. The picture on the right, spanning one-half a second, was seize with a scientific instrument flick at 20 flashes per second. During the first 1⁄20 of a second the ping-pong ball decline one unit of measurement of measurement of focal length here, a unit of measurement of measurement is around 12 mm; by ⁄20 it has drop at entire of 4 units; by 3⁄20, 9 unit of measurement and so on. Under the identical changeless Gravitation assumptions, the potential energy Gravitation, Ep, of a viscosity at high h is acknowledged by Ep = mgh or Ep = Wh, with W connotation weight. This facial expression is sound alone concluded olive-sized focal length h from the constructed of the Earth. Similarly, the facial expression go to the original content