• Picture of Dr. Rei Chemke

    Dr. Rei Chemke

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    Human impacts on the large-scale climate
    The large-scale flow in the atmosphere and ocean

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  • Picture of Dr. Ziv Meir

    Dr. Ziv Meir

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    Quantum control of molecules
    Quantum logic
    Molecular qubits
    Precision spectroscopy of molecules
    Beyond-standard-model tests
    Molecular clocks
    Quantum information with molecules

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  • Picture of Dr. Ofer Shoshani

    Dr. Ofer Shoshani

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    Gene amplification in cancer
    Mechanisms driving gene amplification
    Gene amplification and therapy resistance
    Oncogene amplification and increased tumor aggressiveness
    Targeting gene amplification
    Cancer genome complexity
    Chromosome instability as a driver of cancer heterogeneity
    Aneuploidy and genome doubling in cancer

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  • Picture of Dr. Nir Fluman

    Dr. Nir Fluman

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    Helix flipping across membranes
    Sequence features that allow transmembrane helices to flip across membranes
    Involvement of helix flipping events in the process of membrane protein folding and quality control
    Identification of physiologically-relevant conformational mechanisms that require helices to flip across membranes
    Computational studies of helix flipping events across proteomes
    Membrane protein quality control
    Characterizing the molecular features of unfolded membrane proteins
    Identifying and characterizing cellular factors that recognize misfolded membrane proteins

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  • Dr. Karen Michaeli

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    Disordered superconductors
    Vortex physics
    Transport near the superconducting transition point
    Interplay of superconductivity and spin-orbit coupling
    Novel superconducting phases
    Unique signatures in transport
    Thermal and electric transport phenomena in interacting electron systems
    Spin-dependent transport in chiral molecules
    Effects of interactions and disorder
    Applications in magnetic and thermoelectric devices
  • Picture of Dr. David Mross

    Dr. David Mross

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    Fractional quantum Hall effect
    Non-Abelian states at filling factor 5/2
    Composite Fermi liquids and particle-hole symmetry
    Edge-states and disorder effects
    Quantum magnetism
    Quantum spin liquids in frustrated magnets
    Unconventional quantum phase transitions
    Dualities
    Applications of dualities in condensed matter physics
    Derivation of new dualities through coupled-wire constructions

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  • Picture of Dr. Leeat Yankielowicz-Keren

    Dr. Leeat Yankielowicz-Keren

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    Melanoma
    Collaboration with:  Prof. Michal Lotem Prof. Eli Pikarsky Dr. Jonathan Cohen Prof. Yardena Samuels Prof. Steve Hodis Prof. Scott Rodig
    Immunotherapy
    Graft verses host disease
    Collaboration with:  Prof. Gerard Socie
    Multiplexed imaging
    Collaboration with:  Dr. David van Valen
    Artificial intelligence

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