I make no guarantee as to their correctness, but if errors are found, I would appreciate notice by email.These are sanctioned neither by the author(s) of the relevant text books, nor by the professors who assigned them to me.
There are certainly faults in the homeworks (and several solutions that could have been obtained much more directly); but in general, I have tried to correct any any mistakes noticed by the grader. Therefore, the problems will simply be presented as assigned. The essential topics will include: Experimental techniques: neutron scattering, ARPES, optics. We also will discuss collective behavior, transport theory, band structure, quantum phase transitions, magnetism, superconductivity and superfluidity, correlated materials and machine learning and data informatics applied to electronic materials, topological states. The best times are Monday 15:00-16:00 or email and we will settle the time. The essential topics will include experimental techniques: neutron scattering, ARPES, optics. The course is intended for advanced graduate students Everybody is welcome to attend. Live lectures are viewed after the online module lectures are studies. Modern Condensed Matter Physics Pdf Handwritten WhiteboardFormat pdf, ppt or pdf handwritten whiteboard note PDF lecture notes. ![]() Occasional in-person lecturers according to lecturers preference. Modern Condensed Matter Physics Download And ImportTopic: Modern Condensed Matter Course Please download and import the following iCalendar (.ics) files to your calendar system. Weekly: Join Zoom Meeting Meeting ID: 692 0536 7085 Passcode: 894692 One tap mobile 46850500829,,69205367085 Sweden 46850520017,,69205367085 Sweden Meeting ID: 692 0536 7085 Find your local number: Join by SIP 69205367085109.105.112.236 69205367085109.105.112.235 Join by H.323 109.105.112.236 109.105.112.235 Meeting ID: 692 0536 7085 Passcode: 894692 Join by Skype for Business. Important part of the course are essays on research topic, selected in consultations with teachers. We will give 2-3 weeks to prepare the essays and presentation. For essays: written report 7-10 pages ppt (7 slides) oral presentation (15-20 min) in front of the class. Home work with the problem set: depending on the module and teacher. Secondary: Mahan, Condensed Matter in a Nutshell (Princeton University). Andrei Bernevig Topological Insulators and Topological Superconductors Book on Dirac Matter Matthias Geilhufe. Lattice vibrations phonons Lecture 1 (Balatsky) VIDEO PDF Lecture 2 (Weissenrieder) VIDEO PDF Lecture 3 (Balatsky) VIDEO PDF. Basic properties of metals, semi-conductors and insulators Lecture 4 (Geilhufe) VIDEO PDF Exercise Pre-lecture Material Lecture 5 (Geilhufe) VIDEO Pre-lecture Material. Materials Informatics Lecture 6 (Geilhufe) VIDEO Notes Lecture 7 (Geilhufe) VIDEO Lecture Notes. Spectroscopy of quantum materials Lecture 8 (Rostami) VIDEO NOTES Pre-Lecture Video Lecture 9 (Bonetti) VIDEO Lecture Material Pre-Lecture Material. Dirac and Weyl materials Lecture 10 (Balatsky) VIDEO Lecture Notes Pre-Lecture Material Lecture 11 (Balatsky) VIDEO Lecture Material. Quantum phase transitions Lecture 12 (Juricic) VIDEO Pre-Lecture Material Lecture 13 (Juricic) VIDEO Pre-Lecture Material.
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