Quantum materials: fundamentals and applications
MSE-494
This file is part of the content downloaded from Quantum materials: fundamentals and applications.
- Townsend - A Modern Approach to Quantum Mechanics (2nd Ed) - Ch1-4 === For the bra-ket formalism, superpositions, operators etc, see Sections 2.1-2.5 For the Schrödinger equation and the time-evolution of a spin, see Sections 4.1-4.3 (File)
- Achard 2020-Chemical vapour deposition diamond single crystals with nitrogen-vacancy centres a review of material synthesis (File)
- QuMat-Slides-1 (File)
- two-level-system-students (File)
- two-level-system-correction (File)
- Notes Lecture 1 (Folder)
- BackgroundReading-Shirhagl2013 (File)
- CoreReading-Casola2018 (File)
- QuMat-Slides-2 (File)
- QuTiP-Two-Level-System-students (1) (File)
- QuTiP-Two-Level-System-corrected (File)
- Notes Lecture 2 (Folder)
- Pictures of the lecture (Folder)
- Tight Binding model (File)
- Adiabatic transfer (File)
- Tight Binding model solution (File)
- Adiabatic transfer solution (File)
- Notes pictures lecture 4 (Folder)
- Core Reading - Colloidal quantum dots - Banin-22979 (File)
- Core Reading - Graphene Hamiltonian - Bernevig Book (File)
- Further reading on Quantum Dots - Liu2021 - Colloidal Quantum Dot Review (File)
- Further reading on NMR systems for quantum computing (File)
- Further reading on Quantum Dots - Kagan2021-colloidal-quantum-dots-as-platforms-for-quantum-information-science (File)
- Further reading on SiV centers - Research Progress on Silicon Vacancy Color Centers in Diamond (File)
- Honeycomb lattice to complete (File)
- honeycomb lattice solution (File)
- Honeycomb lattice and Berry curvatures solution of exercises (File)
- Core Reading - Berry Phases - Bernevig Book (File)
- Further Reading - Aharonov Anandan Phase - Theory (File)
- Further Reading - Aharonov Anandan Phase - Experiment (File)
- Pictures lecture 5 (Folder)
- Core Reading - Graphene - synthesis and applications (File)
- Close Reading in exercise - Measurement of optical conductivity of graphene (File)
- Core Reading - Sections 4,5,6- Experimental Review of Graphene (File)
- Further Reading - Chapter 2 and any other you may be interested in (File)
- Report-Template (Folder)
- Notes of the lecture (Folder)
- Berry curvature and Haldane model with solution for the 1st part (File)
- Lecture notes 7 (Folder)
- Solution Haldane model (File)
No Lecture
- Further reading - Meng - The Quantum Hall Effect - More Theoretical (File)
- Core reading - Cohen - The Quantum Hall Effect (File)
- Core reading - Cohen - The Quantum Hall Effect (File)
- Further Reading - Manzeli-TMDs (File)
- QMat TightBindingExercise (File)
- QuMat-Slides-8 (File)
- Lecture notes (Folder)
Easter Break
- Come in MXD 339 for exercise session (Folder)
- Instructions for using Picoscope (File)
- Instructions lock-in measurements (File)
- Lecture notes (Folder)
- Lecture notes (File)
- BasicReading (section 1-7) - Scalettar - The Hubbard Model (File)
- FurtherReading - Balents - Spin Liquids in Frustrated Magnets (File)
- Practical session in MXD 339 (File)
- Lecture notes (Folder)
- BasicReading - Feynman-Lectures-vol3 - Magnetic Gauge Field - Flux Quantization - Josephson Junction (File)
- BasicReading - Waldram - Superconductivity - Intro And Basics (File)
- Lecture notes of the day (File)
- DollNabauer1961 (File)
- DeaverFairbank-PhysRevLett.7.43 (File)
- FurtherReading - Shafranjuk-Ketterson- Josephson-Junction-Based Qubits (File)
- Lecture notes pics (Folder)
- Experimental data of R vs T for report (Folder)
- Further Reading - Speller - NbTi - A Materials Science Guide to Superconductors (File)
- Further Reading - Speller - ReBCO - A Materials Science Guide to Superconductors (File)
Papers for Report 2 (Alternative to Experimental Report)
- Instructions for Report #2 (Page)
- Drozdov-2019-Paper (File)
- Drozdov-2019-Supplementary (File)
- Bachmann-2019-paper (File)
- Bachmann-2019-supplementary (File)
- Chen-2024-supplementary (File)
- Chen-2024-paper (File)
- Chen-2024-supplementary (File)