Mathematical Foundations of Quantum Physics
... it has notions of distance and of angle - especially the notion of orthogonality. Moreover, it satisfies a completeness requirement which ensures that limits exist when expected. Even if this theory is perfectly true, von Neumann’s approach does not consider more general spaces - like the distributi ...
... it has notions of distance and of angle - especially the notion of orthogonality. Moreover, it satisfies a completeness requirement which ensures that limits exist when expected. Even if this theory is perfectly true, von Neumann’s approach does not consider more general spaces - like the distributi ...
Do we really understand quantum mechanics?
... present understanding of quantum mechanics. The emphasis is put on the very special correlations that this theory makes possible: they are forbidden by very general arguments based on realism and local causality. In fact, these correlations are completely impossible in any circumstance, except the v ...
... present understanding of quantum mechanics. The emphasis is put on the very special correlations that this theory makes possible: they are forbidden by very general arguments based on realism and local causality. In fact, these correlations are completely impossible in any circumstance, except the v ...
QUANTUM MECHANICAL BEACI-IVE SCA
... included in the non-reactive expansions times the number of grid points needed to represent the kernel of the exchange interaction. The purpose of this paper is to report the results of systematic studies we have carried out in searching for the most efficient way to include exchange to infinite ord ...
... included in the non-reactive expansions times the number of grid points needed to represent the kernel of the exchange interaction. The purpose of this paper is to report the results of systematic studies we have carried out in searching for the most efficient way to include exchange to infinite ord ...
THE PHYSICAL WORLD AS A VIRTUAL REALITY: PART II, TIME
... A physical world of static information would imply a context, which is impossible if it is all there is, and implies an arbitrary designer if it isn’t, but the dynamic act of processing itself has no such limitation. In this model, nonphysical quantum processing dynamically outputs the physical worl ...
... A physical world of static information would imply a context, which is impossible if it is all there is, and implies an arbitrary designer if it isn’t, but the dynamic act of processing itself has no such limitation. In this model, nonphysical quantum processing dynamically outputs the physical worl ...
detail links - Shanghai Institute of Technical Physics
... the QDs in two steps: (1) From J n , Hn and En−1/2 obtain En+1/2 ; (2) From En−1/2 and En+1/2 n−1/2 n+1/2 obtain Enew and Enew and therefore J n+1 , meanwhile, from E n+1/2 and Hn obtain Hn+1 . Note that the electric field E is synchronous with J in Ref.[25] while it here is separated by Δt/2. Throu ...
... the QDs in two steps: (1) From J n , Hn and En−1/2 obtain En+1/2 ; (2) From En−1/2 and En+1/2 n−1/2 n+1/2 obtain Enew and Enew and therefore J n+1 , meanwhile, from E n+1/2 and Hn obtain Hn+1 . Note that the electric field E is synchronous with J in Ref.[25] while it here is separated by Δt/2. Throu ...
Strong Temperature Dependence of the Quasi
... - is assumed to be a phenomenological constant with no dependence on temperature or energy scale (we will reanalyze this assumption later!) - is due to the non complete localization of the states in the right or left edge ...
... - is assumed to be a phenomenological constant with no dependence on temperature or energy scale (we will reanalyze this assumption later!) - is due to the non complete localization of the states in the right or left edge ...
Paper
... quantum Hall effect. For the quantum spin Hall effect, one has to choose the superlattice laser to be at the magic wavelength where the scalar ac Stark shift vanishes, and only a vector ac Stark shift remains, corresponding to a socalled fictitious magnetic field [50,51]. By detuning the laser betwe ...
... quantum Hall effect. For the quantum spin Hall effect, one has to choose the superlattice laser to be at the magic wavelength where the scalar ac Stark shift vanishes, and only a vector ac Stark shift remains, corresponding to a socalled fictitious magnetic field [50,51]. By detuning the laser betwe ...
Tip-Enhanced Fluorescence Microscopy at 10 Nanometer Resolution
... quantum dot is ‘‘on’’ and in a high QY state, a typical count rate of 2 104 sec1 is measured with 300 nW of illumination power. To determine which parameters influence the tipenhanced intensity distribution we measure the induced fluorescence rate as a function of tip-sample separation (z). The ...
... quantum dot is ‘‘on’’ and in a high QY state, a typical count rate of 2 104 sec1 is measured with 300 nW of illumination power. To determine which parameters influence the tipenhanced intensity distribution we measure the induced fluorescence rate as a function of tip-sample separation (z). The ...