The Quantum Theory of the Submicroscopic World
... Maxwell’s theory of electromagnetic radiation fits within the classical doctrine because the electric and magnetic fields (and their rates of change with time) take on well-defined values at all times and the future values of the fields can be predicted with arbitrary precision from their initial st ...
... Maxwell’s theory of electromagnetic radiation fits within the classical doctrine because the electric and magnetic fields (and their rates of change with time) take on well-defined values at all times and the future values of the fields can be predicted with arbitrary precision from their initial st ...
Creating fractional quantum Hall states with atomic clusters
... 2,3,4 [(top) green, (middle) red, (bottom) blue lines, respectively], and a coupling = g̃/(2π ). The vertical lines indicate the three ramp speeds considered in (b) and (c). (b) Atom density corresponding to the state reached for ramp inverse speeds 2 /δ̇ = 1.5,3,5 (dotted, dashed, solid blue lin ...
... 2,3,4 [(top) green, (middle) red, (bottom) blue lines, respectively], and a coupling = g̃/(2π ). The vertical lines indicate the three ramp speeds considered in (b) and (c). (b) Atom density corresponding to the state reached for ramp inverse speeds 2 /δ̇ = 1.5,3,5 (dotted, dashed, solid blue lin ...
What is matter? The fundamental ontology of atomism and structural
... admits only the quantum state of the universe in its ontology (as represented by the universal wave function); this state always undergoes a linear evolution (as represented e.g. by the Schrödinger equation) (see Wallace (2012) for the most detailed contemporary account). However, although it is a ...
... admits only the quantum state of the universe in its ontology (as represented by the universal wave function); this state always undergoes a linear evolution (as represented e.g. by the Schrödinger equation) (see Wallace (2012) for the most detailed contemporary account). However, although it is a ...
Optical gain in silicon nanocrystals
... of the ®tted straight line with the vertical axis gives the lifetime of the Si nanocrystals in the system at the measured wavelength. The obtained value (70 ms) is in agreement with decay time measurements at 850 nm on the same sample. In this way we have been able to obtain a direct measurement of ...
... of the ®tted straight line with the vertical axis gives the lifetime of the Si nanocrystals in the system at the measured wavelength. The obtained value (70 ms) is in agreement with decay time measurements at 850 nm on the same sample. In this way we have been able to obtain a direct measurement of ...
Maximally entangling tripartite protocols for Josephson phase qubits *
... realized that due to their intrinsic anharmonicity, the ease of manipulation, and relatively long coherence times $6%, the metastable macroscopic quantum states of the junctions could be used as the states of the qubits. That idea had recently been supported by successful experimental demonstrations ...
... realized that due to their intrinsic anharmonicity, the ease of manipulation, and relatively long coherence times $6%, the metastable macroscopic quantum states of the junctions could be used as the states of the qubits. That idea had recently been supported by successful experimental demonstrations ...
Quantification of Linear Entropy for Quantum Entanglement in He, H
... In the Appendix of this paper, we present the detailed results of Eq. (8) in terms of the I4 integrals. In [1,3,4], the authors solved this kind of four-electron integrals by carrying out the 12-dimensional integrals using Monte Carlo multidimensional numerical integration routines. But using such a ...
... In the Appendix of this paper, we present the detailed results of Eq. (8) in terms of the I4 integrals. In [1,3,4], the authors solved this kind of four-electron integrals by carrying out the 12-dimensional integrals using Monte Carlo multidimensional numerical integration routines. But using such a ...
Elements of QFT in Curved Space-Time
... One can use these fundamental units in a different ways. In particle physics people use to set c = ~ = 1 and measure everything in GeV . Indeed, for everyday life it may not be nice. E.g., you have to schedule the meeting “just 1027 GeV −1 from now”, but “ 15 minutes” will be, perhaps, better appre ...
... One can use these fundamental units in a different ways. In particle physics people use to set c = ~ = 1 and measure everything in GeV . Indeed, for everyday life it may not be nice. E.g., you have to schedule the meeting “just 1027 GeV −1 from now”, but “ 15 minutes” will be, perhaps, better appre ...
Phys. Rev. B 94, 195305 (2016) - Petta Group
... quantum information processing due to weak spin-orbit and hyperfine couplings [1]. Electron spin lifetimes as long as T1 = 3000 s were measured as early as 1959 in phosphorous doped silicon [2]. In natural abundance silicon, electron spin coherence times T2 = 60 ms have been reported [3]. Isotopic e ...
... quantum information processing due to weak spin-orbit and hyperfine couplings [1]. Electron spin lifetimes as long as T1 = 3000 s were measured as early as 1959 in phosphorous doped silicon [2]. In natural abundance silicon, electron spin coherence times T2 = 60 ms have been reported [3]. Isotopic e ...
