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The search results for "math.RA" cover a range of topics in mathematical physics and algebraic geometry, including numerical analyses of quantum-theoretic Yang-Mills fields, five-dimensional tangent vectors in space-time, and generalized Euler angle parameterizations for SU(N). These papers explore mathematical frameworks and their applications in quantum systems, such as the significance of C-numerical ranges in quantum control and information. Additionally, studies like the colligative properties of solutions highlight critical scaling behaviors in physical systems.
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arxiv.org
Numerical analyses of a quantum-theoretic eight-dimensional Yang-Mills field

This paper has been superseded by math-ph/0102032, "Bures geometry of the three-level quantum systems. II".…

math-ph hep-th math.DG quant-ph
arxiv.org
Five-Dimensional Tangent Vectors in Space-Time: II. Differential-Geometric Approach

In this part of the series five-dimensional tangent vectors are introduced first as equivalence classes of parametrized curves and then as differential-algebraic operators that act on scalar functions. I then examine their basic algebraic properties and their parallel transport in the particular cas…

math-ph gr-qc hep-th
arxiv.org
Generalized Euler Angle Paramterization for SU(N)

In a previous paper (math-ph/0202002) an Euler angle parameterization for SU(4) was given. Here we present the derivation of a generalized Euler angle parameterization for SU(N). The formula for the calculation of the Haar measure for SU(N) as well as its relation to Marinov's volume formula for SU(…

math-ph
arxiv.org
The Significance of the $C$-Numerical Range and the Local $C$-Numerical Range in Quantum Control and Quantum Information

This paper shows how C-numerical-range related new strucures may arise from practical problems in quantum control--and vice versa, how an understanding of these structures helps to tackle hot topics in quantum information. We start out with an overview on the role of C-numerical ranges in current …

math-ph quant-ph
arxiv.org
Colligative properties of solutions: II. Vanishing concentrations

We continue our study of colligative properties of solutions initiated in math-ph/0407034. We focus on the situations where, in a system of linear size $L$, the concentration and the chemical potential scale like $c=ξ/L$ and $h=b/L$, respectively. We find that there exists a critical value $\xit$ s…

math-ph cond-mat.stat-mech math.PR physics.chem-ph
arxiv.org
Kovalevskaya top -- an elementary approach

The goal of this note is to give an elementary and very short solution to equations of motion for the Kovalevskaya top. For this we use some results from original papers by Kovalevskay, Kötter and Weber and also the authors Lax representation (see math-ph/0111024)…

math-ph nlin.SI
arxiv.org
Heat conduction: a telegraph-type model with self-similar behavior of solutions II

In our former study (J. Phys. A: Math. Theor. 43, (2010) 325210 or arXiv:1002.0999v1 [math-ph]) we introduced a modified Fourier-Cattaneo law and derived a non-autonomous telegraph-type heat conduction equation which has desirable self-similar solution. Now we present a detailed in-depth analysis of…

math-ph
arxiv.org
The analytic quantum information manifold

Let H be a self-adjoint operator such that exp(-aH) is of trace class for some a<1. Let V be a symmetric operator, Kato bounded relative to H. We show that log Tr[exp(-H+xV)] is a real analytic function of x in a hood of x=0. We show that the Gibbs states of H+xV form a real analytic Banach manifold…

math-ph math.FA
arxiv.org
On the unitary representation theory of locally compact contraction groups

The unitary representation theory of locally compact contraction groups and their semi-direct products with $\mathbb{Z}$ is studied. We put forward the problem of completely characterising such groups which are type I or CCR and this article provides a stepping stone towards a solution to this probl…

math.GR math.OA math.RT
arxiv.org
A structural theory of everything

In this paper it is argued that Barad's Agential Realism, an approach to quantum mechanics originating in the philosophy of Niels Bohr, can be the basis of a 'theory of everything' consistent with a proposal of Wheeler that observer-participancy is the foundation of everything. On the one hand, agen…

physics.gen-ph physics.hist-ph quant-ph