Results 201 to 210 of about 5,161,923 (254)
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The Fock space of loopy spin networks for quantum gravity
, 2016In the context of the coarse-graining of loop quantum gravity, we introduce loopy and tagged spin networks, which generalize the standard spin network states to account explicitly for non-trivial curvature and torsion.
Christoph Charles, E. Livine
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1996
Abstract In this chapter we shall generalize the constructions in Chapter 1 to the infinite dimensional case.
Yu. A Neretin, G G Gould
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Abstract In this chapter we shall generalize the constructions in Chapter 1 to the infinite dimensional case.
Yu. A Neretin, G G Gould
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TOEPLITZ OPERATORS BETWEEN FOCK SPACES
Bulletin of the Australian Mathematical Society, 2015Given a positive Borel measure ${\it\mu}$ on the $n$-dimensional Euclidean space $\mathbb{C}^{n}$, we characterise the boundedness (and compactness) of Toeplitz operators $T_{{\it\mu}}$ between Fock spaces $F^{\infty }({\it\varphi})$ and $F^{p}({\it\varphi})$ with $0<p\leq \infty$ in terms of $t$-Berezin transforms and averaging functions of ${\it ...
Lu, Jin, Lv, Xiaofen
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ROTATION INVARIANT INTERACTING FOCK SPACES
Infinite Dimensional Analysis, Quantum Probability and Related Topics, 2007In this paper we give a necessary and sufficient condition on the interacting Fock (IFF) space by which the vacuum distribution of the position operator is rotation invariant.
CRISMALE V, LU, Yungang
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Hankel Operators Between Fock Spaces
Integral Equations and Operator Theory, 2018zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Zhangjian Hu, Ermin Wang
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Linear Operators on Fock Spaces
Integral Equations and Operator Theory, 2017The aim of this paper is to extend several results about properties of some linear operators on the Fock space \(F_\alpha^2\) to linear operators on Fock spaces \(F_\alpha^p\) for ...
Lou, Zengjian, Zhu, Kehe, Zhu, Senhua
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1984
We describe a Monte-Carlo algorithm to solve exactly the ground-state problem for a system of up to four nucleons interacting via a scalar neutral meson field. The mesonic degrees of freedom are treated exactly without recourse to the potential approximation.
L. Szybisz, John G. Zabolitzky
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We describe a Monte-Carlo algorithm to solve exactly the ground-state problem for a system of up to four nucleons interacting via a scalar neutral meson field. The mesonic degrees of freedom are treated exactly without recourse to the potential approximation.
L. Szybisz, John G. Zabolitzky
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Quantum Mechanics in Fock Space
Physical Review, 1951In the present paper we propose to develop a quantum-mechanical scheme in Fock space that would describe interactions that take place through the formation of a compound particle. The discussion will be restricted to a dynamical system representing a single-level scattering process. The state of this dynamical system can be found in two stages: initial
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2000
Consider the space L 2(ℂn, dµn), where dµn is the Gaussian measure, and its Fock subspace F2(ℂn) consisting of all analytic (entire) functions in ℂn. We introduce the so-called truepoly-Fock spaces, and prove that L 2 (ℂn, dµn) is the direct sum of the Fock and all true-polyFock spaces.
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Consider the space L 2(ℂn, dµn), where dµn is the Gaussian measure, and its Fock subspace F2(ℂn) consisting of all analytic (entire) functions in ℂn. We introduce the so-called truepoly-Fock spaces, and prove that L 2 (ℂn, dµn) is the direct sum of the Fock and all true-polyFock spaces.
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Computational Logic on Fock Space
International Journal of Theoretical Physics, 2004zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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