## e-books in Mathematical Methods of Quantum Physics category

**Using Mathematica for Quantum Mechanics: A Student's Manual**

by

**Roman Schmied**-

**arXiv.org**,

**2019**

This book is an attempt to help students transform all of the concepts of quantum mechanics into concrete computer representations, which can be analyzed and understood at a deeper level than what is possible with more abstract representations.

(

**1224**views)

**Homological Tools for the Quantum Mechanic**

by

**Tom Mainiero**-

**arXiv.org**,

**2019**

This paper is an introduction to work motivated by the question 'can multipartite entanglement be detected by homological algebra?' We introduce cochain complexes associated to multipartite density states whose cohomology detects factorizability.

(

**914**views)

**Uncertainty and Exclusion Principles in Quantum Mechanics**

by

**Douglas Lundholm**-

**arXiv.org**,

**2018**

These are lecture notes for a master-level course given at KTH, Stockholm, in the spring of 2017, with the primary aim of proving the stability of matter from first principles using modern mathematical methods in many-body quantum mechanics.

(

**1480**views)

**Mathematical Concepts of Quantum Mechanics**

by

**S. Gustafson, I.M. Sigal**-

**University of Toronto**,

**2001**

These lectures cover a one term course taken by a mixed group of students specializing either in mathematics or physics. We illustrate an interplay of ideas from various fields of mathematics, such as operator theory, differential equations, etc.

(

**3045**views)

**Mathematical Foundations of Quantum Mechanics**

by

**Valter Moretti**-

**arXiv**,

**2015**

The author reviews the formulation of Quantum Mechanics, and quantum theories in general, from a mathematically advanced viewpoint, essentially based on the orthomodular lattice of elementary propositions, discussing some fundamental ideas ...

(

**4030**views)

**Quantum Theory, Groups and Representations: An Introduction**

by

**Peter Woit**-

**Columbia University**,

**2014**

These notes cover the basics of quantum mechanics, from a point of view emphasizing the role of unitary representations of Lie groups in the foundations of the subject. The approach to this material is simultaneously rather advanced...

(

**5863**views)

**Numerical Methods in Quantum Mechanics**

by

**Paolo Giannozzi**-

**University of Udine**,

**2013**

The aim of these lecture notes is to provide an introduction to methods and techniques used in the numerical solution of simple (non-relativistic) quantum-mechanical problems, with special emphasis on atomic and condensed-matter physics.

(

**4224**views)

**A Short Introduction to the Quantum Formalism**

by

**Francois David**-

**arXiv**,

**2012**

These notes present an introductory, but hopefully coherent, view of the main formalizations of quantum mechanics, of their interrelations and of their common physical underpinnings: causality, reversibility and locality/separability.

(

**4149**views)

**Mathematical Tools of Quantum Mechanics**

by

**Gianfausto Dell'Antonio**-

**Sissa, Trieste**,

**2012**

The theory which is presented here is Quantum Mechanics as formulated in its essential parts on one hand by de Broglie and Schroedinger and on the other by Born, Heisenberg and Jordan with important contributions by Dirac and Pauli.

(

**6431**views)

**Quantization and Semiclassics**

by

**Max Lein**-

**arXiv**,

**2010**

This text is aimed at graduate students in physics in mathematics and designed to give a comprehensive introduction to Weyl quantization and semiclassics via Egorov's theorem. An application of Weyl calculus to Born-Oppenheimer systems is discussed.

(

**4207**views)

**Symplectic Geometry of Quantum Noise**

by

**Leonid Polterovich**-

**arXiv**,

**2012**

We discuss a quantum counterpart of certain constraints on Poisson brackets coming from 'hard' symplectic geometry. They can be interpreted in terms of the quantum noise of observables and their joint measurements in operational quantum mechanics.

(

**5830**views)

**An Introduction to Microlocal Analysis**

by

**Richard B. Melrose, Gunther Uhlmann**-

**MIT**,

**2008**

The origin of scattering theory is the study of quantum mechanical systems. The scattering theory for perturbations of the flat Laplacian is discussed with the approach via the solution of the Cauchy problem for the corresponding perturbed equation.

(

**6780**views)

**Lecture notes on C*-algebras, Hilbert C*-modules, and quantum mechanics**

by

**N.P. Landsman**-

**arXiv**,

**1998**

A graduate-level introduction to C*-algebras, Hilbert C*-modules, vector bundles, and induced representations of groups and C*-algebras, with applications to quantization theory, phase space localization, and configuration space localization.

(

**8558**views)

**A Pedestrian Introduction to the Mathematical Concepts of Quantum Physics**

by

**Jan Govaerts**-

**arXiv**,

**2008**

A basic introduction to the primary mathematical concepts of quantum physics, and their physical significance, from the operator and Hilbert space point of view, highlighting more what are essentially the abstract algebraic aspects of quantization.

(

**10544**views)

**Geometry of Quantum Mechanics**

by

**Ingemar Bengtsson**-

**Stockholms universitet, Fysikum**,

**1998**

These are the lecture notes from a graduate course in the geometry of quantum mechanics. The idea was to introduce the mathematics in its own right, but not to introduce anything that is not directly relevant to the subject.

(

**10028**views)

**Mathematical Methods in Quantum Mechanics**

by

**Gerald Teschl**-

**American Mathematical Society**,

**2009**

This is a self-contained introduction to spectral theory of unbounded operators in Hilbert space with full proofs and minimal prerequisites: Only a solid knowledge of advanced calculus and a one-semester introduction to complex analysis are required.

(

**12071**views)

**Guide to Mathematical Concepts of Quantum Theory**

by

**Teiko Heinosaari, Mario Ziman**-

**arXiv**,

**2008**

In this text the authors introduce the quantum theory understood as a mathematical model describing quantum experiments. This is a mathematically clear and self-containing explanation of the main concepts of the modern language of quantum theory.

(

**8322**views)