Video list   ordered by original program
SCOTT AARONSON (MIT)-QUANTUM COMPLEXITY AND QUANTUM OPTICS I
Renato Renner (ETH) -Quantum Foundations and Thermodynamics I
Stephen Jordan (NIST) Quantum Algorithms I(last 30 min only)
Michal Horodecki (Gdansk University) Quantum Information and Thermodynamics I
Scott Aaronson (MIT) Quantum Complexity and Quantum Optics II
Stephen Jordan (NIST) Quantum Algorithms II
Michal Horodecki (Gdansk University) Quantum Information and Thermodynamics II
David DiVicenzo (Aachen University) Quantum Computing with Superconducting Circuits I
Barbara Terhal (Aachen University) Quantum Error Correction I
Renato Renner (ETH) Quantum Foundations and Thermodynamics IV
Scott Aaronson (MIT) Quantum Complexity and Quantum Optics III
David DiVicenzo (Aachen University) Quantum Computing with Superconducting Circuits II
Barbara Terhal (Aachen University) Quantum Error Correction II
Renato Renner (ETH) Quantum Foundations and Thermodynamics IV
Scott Aaronson (MIT) Quantum Complexity and Quantum Optics IV
David DiVicenzo (Aachen University) Quantum Computing with Superconducting Circuits III
Barbara Terhal (Aachen University) Quantum Error Correction III
Stephen Jordan (NIST) Quantum Algorithms III
Michal Horodecki (Gdansk University) Quantum Information and Thermodynamics III
Rob Myers (Perimeter Institute) Entanglement in Quantum Field Theory I
Frank Verstraete (University of Vienna) Quantum Information and Quantum Matter I
Daniel Harlow (Princeton University) Black Holes and Quantum Information I
Michal Horodecki (Gdansk University) Quantum Information and Thermodynamics IV
Daniel Harlow (Princeton University) Black Holes and Quantum Information II
Rob Myers (Perimeter Institute) Entanglement in Quantum Field Theory III
Frank Verstraete (University of Vienna) Quantum Information and Quantum Matter II
Ady Stern (Weizmann Institute) Topological Quantum Computing II
Rob Myers (Perimeter Institute) Entanglement in Quantum Field Theory III
Frank Verstraete (University of Vienna) Quantum Information and Quantum Matter III
Daniel Harlow (Princeton University) Black Holes and Quantum Information IV
Ady Stern (Weizmann Institute) Topological Quantum Computing III
Rob Myers (Perimeter Institute) Entanglement in Quantum Field Theory IV
Frank Verstraete (University of Vienna) Quantum Information and Quantum Matter IV
John Preskill - PUTTING WEIRDNESS TO WORK: QUANTUM INFORMATION SCIENCE

 

   
Stephen Jordan PDF slides, Lecture 1
Stephen Jordan PDF slides, Lecture 2
Stephen Jordan PDF slides, Lecture 3
Daniel Harlow Preliminary lecutre notes
Rob Myers Common notions from hep-th
Barbara Terhal Quantum Error Correction
Frank Verstraete References to lectures on quantum matter