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Introduction to Solid State Physics, Lecture 5: One-dimensional models of vibrations in solids
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INT 13-2a: Philippe de Forcrand, The sign problem in lattice QCD
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nanohubtechtalks
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I. Bloch - Probing and controlling quantum matter with ultracold atoms
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Collective effects in light scattering: from Dicke Sub- and Superradiance to Anderson localisation
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The Quantum Harmonic Oscillator Part 1: The Classical Harmonic Oscillator
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David Marcos, "Quantum Simulation of Lattice Gauge Theories with Trapped Ions"
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Takashi Kurumaji: Skyrmion Lattice in a Frustrated Magnet
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Andrew Kent - STT and SOT oscillators - ESpinRed School on Spintronics 10
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ICCF24 Presents: John Dodaro - Lattice Catalyzed Fusion
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Tianran Chen: "What lattice polytopes can tell us about network of oscillators?"
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Quantum Condensed Matter Physics: Lecture 8 Theoretical physicist Dr Andrew Mitchell presents an advanced undergraduate ...
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Lec 18 | MIT 3.320 Atomistic Computer Modeling of Materials
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Understanding Phonon Transport Using Lattice Dynamics and Molecular Dynamics – Asegun Henry Part 1
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Iztech Physics Department
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Collective phenomena in populations of oscillators
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Helical Topological Polaritons | Ritesh Agarwal
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Resolving chicken-or-egg causality dilemma for magneto-structural phase transition in FeRh.
SPICE
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caltech
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"While the electrons in atoms are elementary particles (as far as we can tell), protons and neutrons are tightly bound states of ...
Trinity College Science Society
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This video describes about the 1) Anharmonic vibrations 2) Morse potential.
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Strong light-matter coupling in 2D materials | Vinod Menon
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Spectral Form Factor for Free Large N Gauge Theory and Strings - Yiming Chen
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Physics 151 Jan 26, 2022 harmonic oscillator, coherent state
Hitoshi Murayama
