Yahoo Search Búsqueda en la Web

Resultado de búsqueda

  1. 17 de jun. de 2014 · Hinton invented the word “tesseract” to describe the four-dimensional structure projected from the faces of his three-dimensional cubes. Crucifixion (Corpus Hypercubus, 1954) by Salvador Dalí. Hinton may not have impressed his mathematical colleagues as much as he hoped but his ideas have an understandable attraction, as the Borges story demonstrates.

  2. Hinton repeatedly mediated higher space through matter, both in his theories, which constantly accounted for the physical implications of a fourth dimension or speculated a physical source, and in his practice, based on the manipulation and contemplation of a set of colour-coded (or named) cubes.

  3. 28 de oct. de 2015 · By Jon Crabb. Hyperspace, ghosts, and colourful cubesJon Crabb on the work of Charles Howard Hinton and the cultural history of higher dimensions. Published. October 28, 2015. The coloured cubes — known as “Tesseracts” — as depicted in the frontispiece to Hinton’s The Fourth Dimension (1904) — Source. *.

  4. 1 de abr. de 2010 · He also constructed a series of cubes designed to help train one to envision a four-dimensional hypercube (or tesseract) by envisioning the various three-dimensional views of the hypercube in a mental superimposition.

  5. Charles Howard Hinton (1853 – 30 April 1907) was a British mathematician and writer of science fiction works titled Scientific Romances. He was interested in higher dimensions, particularly the fourth dimension. He is known for coining the word "tesseract" and for his work on methods of visualising the geometry of higher dimensions. Life.

  6. 3 de jul. de 2021 · Charles Howard Hinton, el matemático que escribía “romances científicos” y repartía herramientas para ver la cuarta dimensión - BBC News Mundo. Dalia Ventura. BBC News Mundo. 3 julio 2021.

  7. This is exactly the move that Hinton conceives in order to visualize the tesseract. If the hypercube passes through our 3D space, we might perceive its 3D section. The coloring of Hinton’s cubes is based on the matching of four dimensions with four colors: red, yellow, blue and white.