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Open Solid State Notes
Preface
Type to start searching
source
 * 9
 * 22

Open Solid State Notes
source
 * 9
 * 22

 * Preface Preface
   Table of contents
    * Delft course
    * Lecturers

 * Course forum
 * Phonons and specific Heat
   Phonons and specific Heat
    * Einstein model
    * Debye model

 * Free electron model
   Free electron model
    * Drude model
    * Sommerfeld model

 * Atoms and bonds
   Atoms and bonds
    * LCAO model
    * Bonds and spectra

 * Electrons and phonons in 1D
   Electrons and phonons in 1D
    * Tight-binding model
    * Many atoms per unit cell

 * Crystal structure and diffraction
   Crystal structure and diffraction
    * Crystal structure
    * X-ray diffraction

 * Tight binding and nearly free electrons
   Tight binding and nearly free electrons
    * Nearly free electron model
    * Band structures in 2D

 * Semiconductors
   Semiconductors
    * Basic principles
    * Doping and devices

 * Summary and review
 * Attic
   Attic
    * Magnetism
    * Fermi surface periodic table
    * Extra exercises

 * Solutions
   Solutions
    * Einstein model
    * Debye model
    * Drude model
    * Sommerfeld model
    * LCAO model
    * Bonds and spectra
    * Tight-binding model
    * Many atoms per unit cell
    * Crystal structure
    * X-ray diffraction
    * Nearly free electron model
    * Band structures in 2D
    * Basic principles
    * Doping and devices

Table of contents
 * Delft course
 * Lecturers


OPEN SOLID STATE NOTES¶

Learning goals

After following this course you will be able to:

 * Model collective properties of fermions and bosons using density of states
 * Determine and analyse band structures of simple models of solid state systems
 * Describe and analyse properties of crystals
 * Analyse properties of semiconductor devices

In these notes our aim is to provide learning materials which are:

 * self-contained
 * easy to modify and remix, so we provide the full source, including the code
 * open for reuse: see the license below.

The course is heavily inspired by the book Oxford Solid State Basics by Steve
Simon (referred to as the book in the materials). We invite all the readers to
read the book for a more detailed overview and view his lecture recordings.

Whether you are a student taking this course, or an instructor reusing the
materials, we welcome all contributions, so check out the course repository,
especially do let us know if you see a typo!


DELFT COURSE¶

This website hosts the Delft version of the lecture notes, used in the TN2844
course "Vaste Stof Fysica".

The main tool we use for communicating about the course is the course forum
course forum. All the students registering for the course on brightspace will be
added to a closed forum group giving them access to the course announcements.

The complete and detailed course offering information will be listed in an
internal forum post, with an additional explanation about how we compose exams


LECTURERS¶

 * Anton Akhmerov, ssp@antonakhmerov.org
 * Toeno van der Sar, t.vandersar@tudelft.nl

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