Hilbert space methods for quantum mechanics

A dinosaur
LecturerSerge RICHARD, Professor
DepartmentGraduate School of Mathematics, 2016 Spring
Recommended for:Graduate school of Mathematics
Tags
  • spectral
  • space
  • methods
  • quantum
  • mechanics
  • Course Overview

    This course will provide an overview of some classical tools of functional analysis which have been partially developed for quantum mechanics. In particular, an introduction to spectral and scattering theory will be presented. These theories have deep connection with other branches of mathematics, like PDE, operator algebras or dynamical systems. Some up-to-date tools of spectral theory will also be introduced, as for example commutator methods for spectral theory. In order to provide a large panorama on the subject together with applications, some details might be omitted, but references for all proofs will be provided.

    References

    The two main references for this course will be

    • Amrein: Hilbert space methods in quantum mechanics, 2009
    • Teschl: Mathematical methods in quantum mechanics, 2009

    Plan of the course

    Tentative program:

    1. Hilbert space and bounded operators,
    2. Unbounded operators,
    3. Self-adjoint operators and spectral theory,
    4. Some examples,
    5. Evolution group and scattering theory,
    6. Commutator methods.

    Keywords

    Hilbert space, self-adjoint operators, spectral and scattering theory, commutator methods.

    Required Knowledge

    Knowledge on standard undergraduate functional analysis.

    Attendance

    This course is open for any students at Nagoya University as one of the “open subjects” of general education.

    Method of Evaluation

    Grades based on attendance, a written report, or an examination.

    Lecture Notes

    full document (100 pages)

    Lecture Notes

    Title

    Contents

    Chapter 1

    Chapter 2

    Chapter 3

    Chapter 4

    Chapter 5

    Chapter 6

    Bibliography


    Last updated

    December 23, 2019