Prime Factorization by Quantum Adiabatic Computation
... The idea of building a computer based on quantum mechanics was first proposed by R. Feynman in 1982 [11] and the first attempt at proving that a quantum computer is faster at certain tasks compared to a classical computer was made in 1985 by D. Deutsch [9]. Deutsch challenged the fastest known model ...
... The idea of building a computer based on quantum mechanics was first proposed by R. Feynman in 1982 [11] and the first attempt at proving that a quantum computer is faster at certain tasks compared to a classical computer was made in 1985 by D. Deutsch [9]. Deutsch challenged the fastest known model ...
Comment on “Non-representative Quantum Mechanical Weak Values”
... state gS|in lies entirely in an orthogonal subspace or not can be given a yes or no answer for all nonvanishing values of g. And if the answer is yes, then this state does not represent S, implying that neither does the weak value: it is constructed from a state that is orthogonal to the state of t ...
... state gS|in lies entirely in an orthogonal subspace or not can be given a yes or no answer for all nonvanishing values of g. And if the answer is yes, then this state does not represent S, implying that neither does the weak value: it is constructed from a state that is orthogonal to the state of t ...
Current-carrying ground states in mesoscopic and macroscopic systems Michael R. Geller
... radii become infinite. Although Vignale’s result does not preclude the existence of a more stringent upper bound that always vanishes in the macroscopic limit, the upper bound is actually realized in calculations of the persistent current ~the integrated azimuthal current density! in a two-dimension ...
... radii become infinite. Although Vignale’s result does not preclude the existence of a more stringent upper bound that always vanishes in the macroscopic limit, the upper bound is actually realized in calculations of the persistent current ~the integrated azimuthal current density! in a two-dimension ...
Full text in PDF form
... of large number of particle species only if we take into account energy of the box restricted the system, i.e. system with entropy larger then 2RE could be absorbed by black hole only inside the box, which energy is large enough to satisfy Bekenstein bound for whole system. This example demonstrate ...
... of large number of particle species only if we take into account energy of the box restricted the system, i.e. system with entropy larger then 2RE could be absorbed by black hole only inside the box, which energy is large enough to satisfy Bekenstein bound for whole system. This example demonstrate ...
Quantum mechanical spin and addition of angular momenta
... that the beam of silver atoms split into two! This discovery, which caused great discussion and surprise presented a puzzle. However, in our derivation of allowed angular momentum eigenvalues we found that, although for any system the allowed values of m form a ladder with spacing !, we could not ru ...
... that the beam of silver atoms split into two! This discovery, which caused great discussion and surprise presented a puzzle. However, in our derivation of allowed angular momentum eigenvalues we found that, although for any system the allowed values of m form a ladder with spacing !, we could not ru ...
1 - Journal of Optoelectronics and Advanced Materials
... properties of disordered covalent semiconductors, hides an important difference between crystalline and non-crystalline solids. In a perfect crystal, a very important property is the invariance by translation of the lattice. The result of this strong symmetry is the existence of the famous Bloch's t ...
... properties of disordered covalent semiconductors, hides an important difference between crystalline and non-crystalline solids. In a perfect crystal, a very important property is the invariance by translation of the lattice. The result of this strong symmetry is the existence of the famous Bloch's t ...
An information-theoretic perspective on the foundations of
... satisfying principles like isotropy and homogeniety of space-time [23] make special relativity a more friendly theory. Physicists have yet to find fundamental principles as physical that would describe QM. The weirdness of QM has been an area of study since the beginnings of quantum theory. Quantum ...
... satisfying principles like isotropy and homogeniety of space-time [23] make special relativity a more friendly theory. Physicists have yet to find fundamental principles as physical that would describe QM. The weirdness of QM has been an area of study since the beginnings of quantum theory. Quantum ...
Electron and the Holographic Mass
... greater insight into the structure and characteristics of the electron. Defining these terms from fundamental principles is therefore of great importance as not only will it provide information about the structure of subatomic particles but also the source of mass itself. The current source of mass, ...
... greater insight into the structure and characteristics of the electron. Defining these terms from fundamental principles is therefore of great importance as not only will it provide information about the structure of subatomic particles but also the source of mass itself. The current source of mass, ...
Photoelectric effect
... The Physics The cathode ray tube has a source of electrons (the cathode rays) which are accelerated using an electric potential difference and “steered” using coils. When the electrons collide with phosporus atoms on the screen photons in the visible region are produced. An x-ray tube works in the s ...
... The Physics The cathode ray tube has a source of electrons (the cathode rays) which are accelerated using an electric potential difference and “steered” using coils. When the electrons collide with phosporus atoms on the screen photons in the visible region are produced. An x-ray tube works in the s ...
Physics Department - East Los Angeles College
... This course explores the origins of life in the universe and the conditions for a planet to be habitable. It also examines the evidence of life on Mars and other bodies in the solar system such as Europa and Titan. It further investigates the methods of detecting exoplanets and ascertaining their pr ...
... This course explores the origins of life in the universe and the conditions for a planet to be habitable. It also examines the evidence of life on Mars and other bodies in the solar system such as Europa and Titan. It further investigates the methods of detecting exoplanets and ascertaining their pr ...
Resonances, dissipation and decoherence in exotic and artificial atoms
... in the plane (cyclotron motion), thus it is radially confined. Axial trapping is realized by an appropriate configuration of electrodes which provides an axially symmetric quadrupolar confining potential (see Fig. 1.2 for a schematic view), and that is already all one needs. There are, of course, st ...
... in the plane (cyclotron motion), thus it is radially confined. Axial trapping is realized by an appropriate configuration of electrodes which provides an axially symmetric quadrupolar confining potential (see Fig. 1.2 for a schematic view), and that is already all one needs. There are, of course, st ...
Equivalent Electromagnetic Constants for Microwave Application to
... electromagnetic phenomenon elucidation is not enough. Historical facts say that industrial problems often contribute significantly to physical scientific progress. The temperature measurement of molten steel was discussed in the steel making plant and quantum mechanics was created about 100 years ag ...
... electromagnetic phenomenon elucidation is not enough. Historical facts say that industrial problems often contribute significantly to physical scientific progress. The temperature measurement of molten steel was discussed in the steel making plant and quantum mechanics was created about 100 years ag ...
