Bargmann invariants and null phase curves are known to be important ingredients in understanding the essential nature of the geometric phase in quantum mechanics. Null phase manifolds in quantum-mechanical ray spaces are submanifolds made up entirely of null phase curves, and so are equally important for geometric phase considerations. It is shown that the complete characterization of null phase manifolds involves both the Riemannian metric structure and the symplectic structure of ray space in equal measure, which thus brings together these two aspects in a natural manner
We use a gauge-invariant 'reference section' and define the geometric phase for all quantum evolutio...
We define a new unitary operator in the Hubert space of a quantum system which parallel transports t...
The concept of the 'Wigner rotation', familiar from the composition law of (pure) Lorentz transforma...
Bargmann invariants and null phase curves are known to be important ingredients in understanding the...
We develop the broadest possible generalization of the well known connection between quantum-mechani...
We present a study of the properties of Bargmann Invariants (BIs) and Null Phase Curves (NPCs) in th...
The geometric phase in quantum mechanics was originally elucidated in the context of the adiabatic t...
A new approach to the theory of the geometric phase in quantum mechanics, based entirely on kinemati...
A new approach to the theory of the geometric phase in quantum mechanics, based entirely on kinemati...
A mapping is established in connecting density matrices, associated with an evolution of a quantum o...
Consider a set of quantum states $| \psi(x) \rangle$ parameterized by $x$ taken from some parameter ...
The geometric phase is defined for any arbitrary quantum evolution using a "reference section" of th...
A new definition and interpretation of the geometric phase for mixed state cyclic unitary evolution ...
The line bundles which arise in the holonomy interpretations of the geometric phase display curious ...
We define a new unitary operator in the Hilbert space of a quantum system which parallel transports ...
We use a gauge-invariant 'reference section' and define the geometric phase for all quantum evolutio...
We define a new unitary operator in the Hubert space of a quantum system which parallel transports t...
The concept of the 'Wigner rotation', familiar from the composition law of (pure) Lorentz transforma...
Bargmann invariants and null phase curves are known to be important ingredients in understanding the...
We develop the broadest possible generalization of the well known connection between quantum-mechani...
We present a study of the properties of Bargmann Invariants (BIs) and Null Phase Curves (NPCs) in th...
The geometric phase in quantum mechanics was originally elucidated in the context of the adiabatic t...
A new approach to the theory of the geometric phase in quantum mechanics, based entirely on kinemati...
A new approach to the theory of the geometric phase in quantum mechanics, based entirely on kinemati...
A mapping is established in connecting density matrices, associated with an evolution of a quantum o...
Consider a set of quantum states $| \psi(x) \rangle$ parameterized by $x$ taken from some parameter ...
The geometric phase is defined for any arbitrary quantum evolution using a "reference section" of th...
A new definition and interpretation of the geometric phase for mixed state cyclic unitary evolution ...
The line bundles which arise in the holonomy interpretations of the geometric phase display curious ...
We define a new unitary operator in the Hilbert space of a quantum system which parallel transports ...
We use a gauge-invariant 'reference section' and define the geometric phase for all quantum evolutio...
We define a new unitary operator in the Hubert space of a quantum system which parallel transports t...
The concept of the 'Wigner rotation', familiar from the composition law of (pure) Lorentz transforma...