By Philip L. Taylor

This reader-friendly creation to the idea that underlies the numerous interesting houses of solids assumes merely an undemanding wisdom of quantum mechanics. Taylor and Heinonen describe the tools for acting calculations and making predictions of a few of the numerous complicated phenomena that ensue in solids and quantum beverages. Their publication, aimed toward complex undergraduates and starting graduate scholars, leads the reader from the elemental habit of electrons and atoms in solids to the main lately explored manifestations of the quantum nature of condensed subject.

Show description

Read or Download A quantum approach to condensed matter physics PDF

Similar quantum theory books

Quantum Hall Effects: Field Theoretical Approach and Related Topics

Super theoretical and experimental advancements have lately been made within the sphere of the quantum corridor impact. between them a field-theoretical process has provided a desirable unified actual photo. A most important characteristic of the quantum corridor process is that unique phenomena linked to facts transmutation are discovered.

Introduction to perturbation theory in quantum mechanics

Perturbation idea is a strong device for fixing a wide selection of difficulties in utilized arithmetic, a device quite precious in quantum mechanics and chemistry. even supposing such a lot books on those matters comprise a piece supplying an summary of perturbation thought, few, if any, take a realistic strategy that addresses its genuine implementationIntroduction to Perturbation concept in Quantum Mechanics does.

Spectral Methods in Chemistry and Physics: Applications to Kinetic Theory and Quantum Mechanics

This publication is a pedagogical presentation of the applying of spectral and pseudospectral the right way to kinetic concept and quantum mechanics. There are extra functions to astrophysics, engineering, biology and plenty of different fields. the most aim of this booklet is to supply the fundamental techniques to allow using spectral and pseudospectral how to resolve difficulties in assorted fields of curiosity and to a large viewers.

Extra resources for A quantum approach to condensed matter physics

Sample text

98), we obtain with Eq. 100) the fundamental Bayes’ Theorem p(Ai |B) = p(B|Ai )p(Ai ) . 102) The denominator guarantees the normalisation i p(Ai |B) = 1, which ensures that one of the events Ai must occur. Bayes’ theorem can be interpreted as follows: let the probabilities p(Ai ) and the conditional probabilities p(B|Ai ) for B given Ai be known for a certain situation. 102) permits the computation of the conditional probability p(Ai |B) for Ai given B. If the event B occurs after event Ai , then p(Ai |B) answers the following question: if B occurs, what was the probability that Ai had already occurred?

Let {Ai ; i = 1, . . , n} be the number of such events. We introduce the following notation, in analogy to set theory: Ai ∩ Aj ∩ Ak is the event which consists of the simultaneous occurrence of the events Ai , Aj and Ak . g. the event “even number of dots” and A2 the event “number of dots > 4”; then A1 ∩ A2 is the event “the six is thrown”. p(A1 ∩ A2 ) is the probability that both A1 and also A2 occur (joint probability). We can also write p(A1 , A2 ) := p(A1 ∩ A2 ) . 3: Set diagram for probabilities.

The domain of application of quantum theory could be empty. Can quantum effects perhaps be described by classical physics? We will take up this question again in Chap. 10, where we deal with “hidden variables”. 2 Quantum States In the following section, we will reduce the theoretical justification of the phenomena in the quantum domain to a few basic assumptions. To this end, we generalise the experience which we gained from the atomic-interference experiment. We shall not, however, attempt to achieve the mathematical and conceptual precision of an axiomatic quantum theory.

Download PDF sample

A quantum approach to condensed matter physics by Philip L. Taylor
Rated 4.67 of 5 – based on 44 votes