Introduction to Quantum Information Science
... the photoelectric eect, and Bohr used it with de Broglie's matter wave hypothesis to explain the stability of atoms. A small snowball was set in motion down the mountain of physics leading to the successful explanation of all of these phenomena and more, as well as the formal construction of Quantu ...
... the photoelectric eect, and Bohr used it with de Broglie's matter wave hypothesis to explain the stability of atoms. A small snowball was set in motion down the mountain of physics leading to the successful explanation of all of these phenomena and more, as well as the formal construction of Quantu ...
Multiverse or Universe, after all
... As I have already mentioned, Deutsch (2011) has dropped his earlier metaphor of “shadow realities”. Instead he uses a new concept – “multiversal object” (ibid., 293): • “Thanks to the strong internal interference that is continuously undergoing [in a quantum state], a typical electron is an irreduci ...
... As I have already mentioned, Deutsch (2011) has dropped his earlier metaphor of “shadow realities”. Instead he uses a new concept – “multiversal object” (ibid., 293): • “Thanks to the strong internal interference that is continuously undergoing [in a quantum state], a typical electron is an irreduci ...
Quantum Computing - Department of Computing
... Quantum mechanics is a very accurate description of nature as it predicts quantum effects up to an astonishing precision of 14 decimal places. But we do not know why nature works like that and why quantum mechanics gives such a good description of nature. In other words, quantum mechanics tells us h ...
... Quantum mechanics is a very accurate description of nature as it predicts quantum effects up to an astonishing precision of 14 decimal places. But we do not know why nature works like that and why quantum mechanics gives such a good description of nature. In other words, quantum mechanics tells us h ...
CT-Invariant Quantum Spin Hall Effect in Ferromagnetic Graphene
... spin-down carriers are simultaneously either electronlike or holelike and move in the same direction. On the other hand, while j0 j < jMj with ð" ; # Þ ¼ ðþ; Þ or ( , þ), the Fermi energy EF is located between 0 þ M and 0 M, the longitudinal resistance R14;23 emerges since now the spin-up ...
... spin-down carriers are simultaneously either electronlike or holelike and move in the same direction. On the other hand, while j0 j < jMj with ð" ; # Þ ¼ ðþ; Þ or ( , þ), the Fermi energy EF is located between 0 þ M and 0 M, the longitudinal resistance R14;23 emerges since now the spin-up ...
Analogue gravity from field theory normal modes?
... It is important to realize just how general the result is (and where the limitations are): it works for any Lagrangian depending only on a single scalar field and its first derivatives. The linearized PDE will be hyperbolic (and so the linearized equations will have wave-like solutions) if and only ...
... It is important to realize just how general the result is (and where the limitations are): it works for any Lagrangian depending only on a single scalar field and its first derivatives. The linearized PDE will be hyperbolic (and so the linearized equations will have wave-like solutions) if and only ...
