• Picture of Prof. Aviezri S. Fraenkel

    Prof. Aviezri S. Fraenkel

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    Complementary sequences of integers, Fraenkel conjecture
    Collaboration with:  David Klein, Jamie Simpson
    Combinatorial game theory
    Collaboration with:  Urban Larsson, Lior Goldberg, Haiyan Li, Sanyang Liu, Wen An Liu , Udi Peled, Vladimir Gurvich, Clark Kimberling, Nhan B. Ho, Eric Duchene
    Numeration systems and theory of partitions
    Collaboration with:  George Andrews, James Sellers
    Judaic studies
    Patrolling the Border of a Striking Conjecture
    K-Pile Wythoff Games
    Study Mis`ere play
    the complexity of P construction; SG-computation, which enables the play of several games simultaneously.

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  • Picture of Prof. David Fortus

    Prof. David Fortus

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    The Role of Hormones in Shaping Adolescents' Motivation to Engage with Science
    Collaboration with:  Yoni Yeshayahu, Head of Pediatrics and Juvenile Endocrinology, Samson Assuta Hospital
    Hormones
    Parents & Peers
    Science Teaching Practices
    Curriculum
    Assessment
    School Culture & Philosophy
    Policy Implementation
    Systems, Transfer & Fields - A Novel Approach to Energy Instruction
    Collaboration with:  Joe Krajcik - Michigan State University Knut Neumann - Leibniz Institute for Science and Mathematics Education (IPN), Germany Jeff Nordine - University of Iowa Bob Geier - Michigan State University
    energy
    curriculum
    assessment
    preparation for future learning (PFL)
    NGSS
    self-efficacy
    Coronavirus Driven Study - Supporting Student Motivation in Hybrid Learning Environments
    Motivation
    Self-efficacy
    Pedagogical Practices
    Adolescents’ Declining Motivation to Engage with Science – The Contribution of Neuronal Changes
    Collaboration with:  Itai Berger - Head of Pediatric Neurology - Samson Assuta Hospital
    EEG
    Facial Expressions
    Cognitive Load
    Developmental Readiness
    Motivation
    Restructuring Middle School Science around the Grand Challenges
    Collaboration with:  Troy Sadler - University of North Carolina at Chapel Hill
    Socio-Scientific Issues
    Grand Challenges
    Science Education Standards
    High Stakes Tests
    Motivation
    Interest

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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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  • Picture of Prof. Robert Fluhr

    Prof. Robert Fluhr

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    Plant Response to Environmental Stress
    Reactive oxygen species in plant stress response
    Cellular REDOX state
    Gene expression networks in abiotic and biotic stress
    Oxylipins, singlet oxygen and lipidomics of the osmotic stress response in roots
    Singlet oxygen production in mutants, during photosynthesis and by natural photosensitizers and the resultant modification of RNA to yield translational arrest

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  • Picture of Dr. Sarel-Jacob Fleishman

    Dr. Sarel-Jacob Fleishman

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    Computational design of protein function
    Collaboration with:  Dan Tawfik Deborah Fass Gilad Haran Eitan Bibi
    Computational enzyme design
    Computational antibody design
    Design of optimised proteins, including stability, affinity, catalytic efficiency, and selectivity
    Design of smart libraries
    Membrane protein design

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  • Picture of Prof. Tamar Flash

    Prof. Tamar Flash

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    Robotics, motor control and learning, movement disorders, computational neuroscience, virtual reality.

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  • Picture of Prof. Ofer Firstenberg

    Prof. Ofer Firstenberg

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    Photon-photon interactions and nonlinear quantum optics using Rydberg atoms
    Atom interferometers
    Atomic sensors
    Quantum memories in hot and cold atoms

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  • Picture of Dr. Amit Finkler

    Dr. Amit Finkler

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    ›Quantum-assisted sensing, from the single-spin limit to coherent, macroscopic objects
    ›Nanoscale magnetic resonance imaging of molecules
    ›Observation of quantum coherence in chemical reactions
    Collaboration with:  Durga Dasari, University of Stuttgart
    Hybrid platforms: Molecular qubits and NV qubits
    Collaboration with:  Danna Freedman, Northwestern University
    Hybrid platforms: NV qubits, phonons and superconducting qubits
    Collaboration with:  Michael Stern, Bar-Ilan University Eyal Buks, Technion

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  • Picture of Prof. Alexander Finkelstein

    Prof. Alexander Finkelstein

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    Effects of the electron-electron interaction in low dimensional and disordered systems.
    Metal-insulator transition in 2D conductors.
    Magnetic fluctuations in high - Tc superconductors.
  • Picture of Prof. Moshe Feldman

    Prof. Moshe Feldman

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    Wheat genetics and evolution
    Collaboration with:  Prof. Avi Levy
    None

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