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The Fermionic Massless Modular Hamiltonian. [PDF]
La Piana F, Morsella G.
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Imaging privacy threats from an ambient light sensor. [PDF]
Liu Y, Wornell GW, Freeman WT, Durand F.
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Canonical vs. Grand Canonical Ensemble for Bosonic Gases under Harmonic Confinement. [PDF]
Crisanti A+3 more
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The quantum theory of light. [PDF]
Barnett SM, Jeffers J.
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Integrating machine learning with bioinformatics for predicting idiopathic pulmonary fibrosis prognosis: developing an individualized clinical prediction tool. [PDF]
Ruan H, Ren C.
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Vibrational Entanglement through the Lens of Quantum Information Measures. [PDF]
Glaser N+3 more
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Correlation Fuzzy measure of multivariate time series for signature recognition. [PDF]
Wu J+6 more
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Canonical quantization of supergravity
Physical Review D, 1984The canonical quantization of supergravity is developed, starting from the Hamiltonian treatment of classical supergravity. Quantum states may be represented by wave functionals f(e/sup A/A' /sub i/(x),psi /sup A/ /sub i/(x)) of the spatial spinor-valued
P. D'Eath
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, 2015
For a non-relativistic particle that freely moves on a curved surface, the fundamental commutation relations between positions and momenta are insufficient to uniquely determine the operator form of the momenta.
Zhongjian Zhang+3 more
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For a non-relativistic particle that freely moves on a curved surface, the fundamental commutation relations between positions and momenta are insufficient to uniquely determine the operator form of the momenta.
Zhongjian Zhang+3 more
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Charge quantization and canonical quantization
Journal of Mathematical Physics, 1976Dirac’s charge quantization condition is derived by means of a canonical quantization procedure of an enlarged classical phase space in which the interaction constant is a dynamical variable. The charge quantization condition follows by imposing a superselection rule. The method avoids string singularities and does not depend on spherical symmetry. The
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