Scanned by

    Norton

    Norton™ Safe Web

    Viscous fluids of electrons | Andrew Lucas | University of Colorado Boulder

    Viscous fluids of electrons | Andrew Lucas | University of Colorado Boulder

    01:12:02 |
    Download Here

    You Might Also Like:

    Erik Shirokoff (U Chicago) Line Intensity Mapping at millimeter wavelengths

    Erik Shirokoff (U Chicago) Line Intensity Mapping at millimeter wavelengths

    56:24 |
    First principles calculations of polarons in real materials | Carla Verdi | University of Vienna

    First principles calculations of polarons in real materials | Carla Verdi | University of Vienna

    1:08:10 |
    Clara Murgui (Caltech), New ideas for hunting light dark matter

    Clara Murgui (Caltech), New ideas for hunting light dark matter

    1:04:40 |
    Mark Stiles (NIST) Using Magnetic Tunnel Junctions to Compute like the Brain

    Mark Stiles (NIST) Using Magnetic Tunnel Junctions to Compute like the Brain

    1:04:41 |
    Guilherme Pimentel (Amsterdam, Leiden) Decoding Primordial Fluctuations

    Guilherme Pimentel (Amsterdam, Leiden) Decoding Primordial Fluctuations

    1:16:03 |
    Jie Shan (Cornell) Electrons in 2D moiré superlattices

    Jie Shan (Cornell) Electrons in 2D moiré superlattices

    1:08:47 |
    Skyrmions in Blue Phases of Chiral Liquid Crystals | Igor Musevic (Jožef Stefan Institute)

    Skyrmions in Blue Phases of Chiral Liquid Crystals | Igor Musevic (Jožef Stefan Institute)

    1:09:35 |
    Prof. Chuck Rosenblatt reveals the secret behind 35 years of NSF funding

    Prof. Chuck Rosenblatt reveals the secret behind 35 years of NSF funding

    2:28 |
    Amy Rowat (UCLA) Cellular mechanobiology: from screening to disease biophysics

    Amy Rowat (UCLA) Cellular mechanobiology: from screening to disease biophysics

    1:04:10 |
    Coherent information processing with on-chip microwave magnonics | Yi Li (Argonne)

    Coherent information processing with on-chip microwave magnonics | Yi Li (Argonne)

    1:14:29 |
    Magnetic quadrupole moment & nonlinear thermoelectric transport | Di Xiao (U Washington)

    Magnetic quadrupole moment & nonlinear thermoelectric transport | Di Xiao (U Washington)

    1:03:32 |
    Topological defects in liquid crystal films and bubbles | Amine Missaoui (CWRU)

    Topological defects in liquid crystal films and bubbles | Amine Missaoui (CWRU)

    53:48 |
    Ultracold quantum gasses in optical lattice potentials | Charles Brown | Berkeley

    Ultracold quantum gasses in optical lattice potentials | Charles Brown | Berkeley

    1:02:27 |
    Nadya Mason (UIUC) Electron Transport in Strain Engineered Graphene

    Nadya Mason (UIUC) Electron Transport in Strain Engineered Graphene

    1:11:47 |
    Geometries and thin nematic elastomer surfaces | Hillel Aharoni (Weizmann Institute of Science)

    Geometries and thin nematic elastomer surfaces | Hillel Aharoni (Weizmann Institute of Science)

    1:20:32 |
    Brad Marston (Brown University) El Nino as a Topological Insulator: A Surprising Connection...

    Brad Marston (Brown University) El Nino as a Topological Insulator: A Surprising Connection...

    1:07:46 |
    Interplay of Topology and Geometry in Fractional Quantum Hall Liquids | Kun Yang (Florida State)

    Interplay of Topology and Geometry in Fractional Quantum Hall Liquids | Kun Yang (Florida State)

    1:13:01 |
    Superconductivity at KTaO3 interface & magnon spin current in Cr2O3 | Changjiang Liu (U of Buffalo)

    Superconductivity at KTaO3 interface & magnon spin current in Cr2O3 | Changjiang Liu (U of Buffalo)

    51:32 |
    Ashvin Vishwanath (Harvard), Quantum Magic in Moiré Lattices

    Ashvin Vishwanath (Harvard), Quantum Magic in Moiré Lattices

    1:07:42 |
    Frank von Hippel (Princeton), The continuing risk of nuclear war...

    Frank von Hippel (Princeton), The continuing risk of nuclear war...

    1:06:07 |