Physics

Classical Mechanics with a Bang! (2018 Fall) - Lecture #11 Part 1/1

Classical Mechanics with a Bang! (2018 Fall) - Lecture #10 Part 2/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #10 Part 1/1

Multiplying By A Global Phase Doesn't Make A Difference: Lecture 5.5 of Quantum Computation at CMU

Classical Mechanics with a Bang! (2018 Fall) - Lecture #9 Part 2/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #9 Part 1/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #8 Part 2/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #8 Part 1/2

Understanding and Measuring One Qubit: Lecture 3 of Quantum Computation and Information at CMU

Roland Lehoucq : Les bases en Relativité Générale & Restreinte

Roland Lehoucq: The basics in General & Special Relativity

Classical Mechanics with a Bang! (2018 Fall) - Lecture #7 Part2/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #7 Part 1/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #6 Part 2/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #6 Part 1/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #5

Classical Mechanics with a Bang! (2018 Fall) - Lecture #4 Part 2/2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #4 Part 1/2

Fano resonances tuned at Lifshitz transitions in superconducting nanofilaments

Classical Mechanics with a Bang! (2018 Fall) - Lecture #3

Classical Mechanics with a Bang! (2018 Fall) - Lecture #2

Classical Mechanics with a Bang! (2018 Fall) - Lecture #1

Avant le Big Bang et au-delà de l'horizon par Aurélien Barrau

Before the Big Bang and beyond the horizon by Aurélien Barrau

Roland Lehoucq - Comprendre la Physique Quantique

Roland Lehoucq - Understanding Quantum Physics

Qu'est ce qu'une Onde Gravitationnelle ?

What Is a Gravitational Wave?

Divergence and curl: The language of Maxwell's equations, fluid flow, and more

Low Temperature Plasma Processes: From Silicon Thin Films to Epitaxial Growth & Nanostructure for PV

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #29

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #28

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #27

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #26

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #25

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #24

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #23

Dielectric and semiconductor nanoantennas

Quelques aspects de cosmologie quantique à boucles (niveau Master, par K. Martineau)

Some aspects of loop quantum cosmology (Master level, by K. Martineau)

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #22

Metasurfaces with Nonlinear Berry Phases in Space and Time

Graphene-based random metalasers

Selective control of reconfigurable plasmonic metamolecules

Symmetry Principles for Atomic, Molecular, Optical Physics (2018 Spring) - Lecture #21