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International Journal of Theoretical Physics, 2010
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Xu, Hualan, Ji, Y. H., Wang, Z. S.
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Xu, Hualan, Ji, Y. H., Wang, Z. S.
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Geometric Phase Curvature Statistics
Journal of Statistical Physics, 2019zbMATH Open Web Interface contents unavailable due to conflicting licenses.
M. V. Berry, Pragya Shukla
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Journal of the Optical Society of America A, 2006
The design of a lens that modulates the geometric phase of an optical beam by manipulating its polarization is presented. To produce such a geometric phase element with a spatially varying phase function, one needs a wave plate with varying orientation.
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The design of a lens that modulates the geometric phase of an optical beam by manipulating its polarization is presented. To produce such a geometric phase element with a spatially varying phase function, one needs a wave plate with varying orientation.
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Physical Review A, 1996
A family of geometric phases associated with the evolution of a quantum system is introduced. These phases share the property of depending on the curve determined by the Schr\"odinger equation as well as on the choice of an orthonormal basis in the Hilbert space of states.
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A family of geometric phases associated with the evolution of a quantum system is introduced. These phases share the property of depending on the curve determined by the Schr\"odinger equation as well as on the choice of an orthonormal basis in the Hilbert space of states.
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Journal of Modern Optics, 1993
The change in the phase of a beam of light produced by a cyclic change in its state of polarization is an example of the geometric phase that can be verified by interferometric measurements. This paper presents a quantum-field theoretical analysis of the geometric phase interferometer in the limit of a small photon number, as well as some experimental ...
P. Hariharan +3 more
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The change in the phase of a beam of light produced by a cyclic change in its state of polarization is an example of the geometric phase that can be verified by interferometric measurements. This paper presents a quantum-field theoretical analysis of the geometric phase interferometer in the limit of a small photon number, as well as some experimental ...
P. Hariharan +3 more
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Scientific American, 1988
In 1983 the author found a geometric effect exists in the quantum waves that describe matter and its interactions on the smallest scales. In this case the anholonomy appears in a system's wave function (the mathematical description of a system's physical state) after the system has been transported around a cyclic circuit on an abstract surface in ...
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In 1983 the author found a geometric effect exists in the quantum waves that describe matter and its interactions on the smallest scales. In this case the anholonomy appears in a system's wave function (the mathematical description of a system's physical state) after the system has been transported around a cyclic circuit on an abstract surface in ...
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Nature Physics, 2010
The moment of conception of the geometric phase can be pinpointed precisely, but related ideas had been formulated before, in various guises. Not less varied were the ramifications that became clear once the concept was identified formally.
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The moment of conception of the geometric phase can be pinpointed precisely, but related ideas had been formulated before, in various guises. Not less varied were the ramifications that became clear once the concept was identified formally.
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Geometric phases in multiphoton ionization
Physical Review A, 1992We discuss the geometric phase accumulated by the wave function of an atom ionizing in the presence of a bichromatic field as physical parameters are varied adiabatically around a closed circuit. As an illustration we calculate the geometric phase for a hydrogen atom in the presence of 355-nm light and its third harmonic when the phase and intensity of
, Pont +3 more
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