Inhomogeneous boundary effects in semiconductor quantum wires
... in the range of ICF,!, where IC, is the Fermi momentum of the nth subband. We expect that this approximation is good particularly for quantum wires, since the actual confinement potential is calculated self-consistently. In fact, a smooth potential is obtained even when the confining gate on the wir ...
... in the range of ICF,!, where IC, is the Fermi momentum of the nth subband. We expect that this approximation is good particularly for quantum wires, since the actual confinement potential is calculated self-consistently. In fact, a smooth potential is obtained even when the confining gate on the wir ...
Weak value amplification: a view from quantum estimation theory
... Weak value amplification (WVA)1 is a concept that has been used under a great variety of experimental conditions2–8 to reveal tiny changes of a variable of interest. In all those cases, a priori sensitivity limits were not due to the quantum nature of the light used (photon statistics), but instead ...
... Weak value amplification (WVA)1 is a concept that has been used under a great variety of experimental conditions2–8 to reveal tiny changes of a variable of interest. In all those cases, a priori sensitivity limits were not due to the quantum nature of the light used (photon statistics), but instead ...
arXiv:1605.02181v1 [quant
... Teleportation [1] is arguably the most important discovery in quantum information. Teleportation enables the transfer of a quantum state of a system in one site to a system in a remote site. Teleportation requires a connection between the sites: an entanglement channel and a classical channel in whi ...
... Teleportation [1] is arguably the most important discovery in quantum information. Teleportation enables the transfer of a quantum state of a system in one site to a system in a remote site. Teleportation requires a connection between the sites: an entanglement channel and a classical channel in whi ...
The Electron - Rocoscience
... (remember what that is?). Crooke was a major player in the world of physics in the late 19th century. Crooke later lost all respectability among his peers due to his willingness to get involved in physic research (being able to read someone else’s mind and all that). Crookes' final report so outrage ...
... (remember what that is?). Crooke was a major player in the world of physics in the late 19th century. Crooke later lost all respectability among his peers due to his willingness to get involved in physic research (being able to read someone else’s mind and all that). Crookes' final report so outrage ...
Quantum states in phase space • classical vs. quantum statistics
... • classical vs. quantum statistics, quasi-probability distributions • operator expansion in phase space Classical vs. quantum statistics, quasi-probability distributions: The phase-space picture we have developed in the last lecture for coherent and squeezed states is not quite correct as it cannot ...
... • classical vs. quantum statistics, quasi-probability distributions • operator expansion in phase space Classical vs. quantum statistics, quasi-probability distributions: The phase-space picture we have developed in the last lecture for coherent and squeezed states is not quite correct as it cannot ...
PPT - Fernando Brandao
... managed to overcome the previous difficulty by using a quantum trick: • Suppose there are only two witnesses { 1 , 2 } acceptance probability bigger than 2/3 (all other having acceptance prob. < 1/3) ...
... managed to overcome the previous difficulty by using a quantum trick: • Suppose there are only two witnesses { 1 , 2 } acceptance probability bigger than 2/3 (all other having acceptance prob. < 1/3) ...
No 7 Glossary
... near to that of light, has to be analysed with the formulae of relativistic Mechanics rather than by classic formulae. [close the glossary] stable particle Does not decay. A particle is stable if there are no processes in which the particle disappears and different particles appear in its place. Exa ...
... near to that of light, has to be analysed with the formulae of relativistic Mechanics rather than by classic formulae. [close the glossary] stable particle Does not decay. A particle is stable if there are no processes in which the particle disappears and different particles appear in its place. Exa ...
PDF
... groups and their dual Hopf algebras, and also beyond the simpler operator algebra representations, and are also consistent with the locally compact quantum group representations. The latter quantum groups are neither Hopf algebras, nor are they equivalent to Hopf algebras or their dual coalgebras. A ...
... groups and their dual Hopf algebras, and also beyond the simpler operator algebra representations, and are also consistent with the locally compact quantum group representations. The latter quantum groups are neither Hopf algebras, nor are they equivalent to Hopf algebras or their dual coalgebras. A ...
Entangled State Quantum Cryptography
... states, both in fiber-based systems [7] and in free space arrangements [8,9]. These experiments are provably secure against all eavesdropping attacks based on presently available technology; however, there are certain conceivable attacks to which they are might be vulnerable, as sometimes the pulses ...
... states, both in fiber-based systems [7] and in free space arrangements [8,9]. These experiments are provably secure against all eavesdropping attacks based on presently available technology; however, there are certain conceivable attacks to which they are might be vulnerable, as sometimes the pulses ...
Three Pictures of Quantum Mechanics (Thomas Shafer
... In the Schrödinger picture, the operators are constant while the basis changes is time via the Schrödinger equation. ...
... In the Schrödinger picture, the operators are constant while the basis changes is time via the Schrödinger equation. ...
Quantum electrodynamics
In particle physics, quantum electrodynamics (QED) is the relativistic quantum field theory of electrodynamics. In essence, it describes how light and matter interact and is the first theory where full agreement between quantum mechanics and special relativity is achieved. QED mathematically describes all phenomena involving electrically charged particles interacting by means of exchange of photons and represents the quantum counterpart of classical electromagnetism giving a complete account of matter and light interaction.In technical terms, QED can be described as a perturbation theory of the electromagnetic quantum vacuum. Richard Feynman called it ""the jewel of physics"" for its extremely accurate predictions of quantities like the anomalous magnetic moment of the electron and the Lamb shift of the energy levels of hydrogen.