Atoms Is Nature Discrete or Continuous? The Discrete Viewpoint
... the uncertainty of position, ∆q, and the uncertainty of momentum, ∆p, are tradeoffs. ∆q∆p≥ h/2π, where h is Planck’s constant ...
... the uncertainty of position, ∆q, and the uncertainty of momentum, ∆p, are tradeoffs. ∆q∆p≥ h/2π, where h is Planck’s constant ...
Atoms - York University
... the uncertainty of position, q, and the uncertainty of momentum, p, are tradeoffs. qp h/2, where h is Planck’s constant ...
... the uncertainty of position, q, and the uncertainty of momentum, p, are tradeoffs. qp h/2, where h is Planck’s constant ...
Parity anomaly and spin transmutation in quantum spin Hall
... Generically, this Hamiltonian has no degeneracies. With this understanding, the many-body spectrum in Fig. 2(a) reveals a remarkable fact: The total spin of the edge-impurity system alternates between half-integer and integer spin when the superconducting phase difference advances adiabatically from ...
... Generically, this Hamiltonian has no degeneracies. With this understanding, the many-body spectrum in Fig. 2(a) reveals a remarkable fact: The total spin of the edge-impurity system alternates between half-integer and integer spin when the superconducting phase difference advances adiabatically from ...
Completeness and the zx-calculus
... In this thesis, I consider the zx-calculus, a graphical language for pure state qubit quantum mechanics. I show that it is complete for pure state stabilizer quantum mechanics, so any problem within this fragment of quantum theory can be fully analysed using graphical methods. This includes question ...
... In this thesis, I consider the zx-calculus, a graphical language for pure state qubit quantum mechanics. I show that it is complete for pure state stabilizer quantum mechanics, so any problem within this fragment of quantum theory can be fully analysed using graphical methods. This includes question ...
New Class of Quantum Error-Correcting Codes for a Bosonic Mode
... Besides extending the lifetimes of bosonic qubits or quantum memories, we describe how such codes could be useful in increasing the fidelity of quantum communication and remote entanglement between hardware modules through photon “pitch and catch” protocols [23–25] as well as in improving the fideli ...
... Besides extending the lifetimes of bosonic qubits or quantum memories, we describe how such codes could be useful in increasing the fidelity of quantum communication and remote entanglement between hardware modules through photon “pitch and catch” protocols [23–25] as well as in improving the fideli ...
Photo-Ionization of Noble Gases: A Demonstration of Hybrid
... time motion of valence electrons. The presence of cooper minimum in high harmonic spectra from Argon is considered as a proof that high harmonic generation carries the electronic structural information in it and has attracted many photo-ionization studies, for example [3,4]. Inert gas atoms like hel ...
... time motion of valence electrons. The presence of cooper minimum in high harmonic spectra from Argon is considered as a proof that high harmonic generation carries the electronic structural information in it and has attracted many photo-ionization studies, for example [3,4]. Inert gas atoms like hel ...
Quantum Beat of Two Single Photons
... of independently generated photons that are successively emitted from a quantum dot embedded in a microcavity [2]. In all experiments performed so far, the photons were short compared to the time resolution of the employed detectors, so that interference phenomena were observed only as a function of ...
... of independently generated photons that are successively emitted from a quantum dot embedded in a microcavity [2]. In all experiments performed so far, the photons were short compared to the time resolution of the employed detectors, so that interference phenomena were observed only as a function of ...
Applications of Functional Analysis in Quantum Scattering Theory
... the nucleus. Contributors to the early theory include such famous names as Planck, Einstein, Bohr, Sommerfield and de Broglie. However, it was Heisenberg who first proposed what was to become quantum theory and his formulation was based on the principle that in any physical theory, one should distin ...
... the nucleus. Contributors to the early theory include such famous names as Planck, Einstein, Bohr, Sommerfield and de Broglie. However, it was Heisenberg who first proposed what was to become quantum theory and his formulation was based on the principle that in any physical theory, one should distin ...
Discrete vs continuous controversy in physics
... a finite interval [τm , τM ] (with τm > 0 and τM < ∞) for any x ∈ U , the time correlation functions of the discrete and continuous flows strongly differ, and accordingly their Fourier transforms (what is called the power spectra, see Sec. V C) exhibit different behaviors. For instance, divergence o ...
... a finite interval [τm , τM ] (with τm > 0 and τM < ∞) for any x ∈ U , the time correlation functions of the discrete and continuous flows strongly differ, and accordingly their Fourier transforms (what is called the power spectra, see Sec. V C) exhibit different behaviors. For instance, divergence o ...
Stability of quantum-dot excited-state laser - diss.fu
... (solid lines). The curves were corrected for the influence of the streak camera backsweep as discussed above. The ES laser was operated slightly above threshold, and the wavelength of the perturbing pulse depleting the GS was varied from 1230 nm to 1290 nm, while keeping the averaged power constant ...
... (solid lines). The curves were corrected for the influence of the streak camera backsweep as discussed above. The ES laser was operated slightly above threshold, and the wavelength of the perturbing pulse depleting the GS was varied from 1230 nm to 1290 nm, while keeping the averaged power constant ...