• Picture of Prof. Elad Schneidman

    Prof. Elad Schneidman

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    Biological networks
    Decision making and learning
    Animal swarming and collective behavior
    Computational Neuroscience
    Neural Coding
    Information and noise in neural populations
    Decoding neural activity
    Network organization and design
    Natural Scenes

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  • Picture of Prof. Avigdor Scherz

    Prof. Avigdor Scherz

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    Quantification of atoms, groups and molecules electronegati using metal substituted bacteriochlorophylls and application to chemical reactivity.
    Resolving the forces which drive membrane protein assembly.
    The mechenism behind generation of reactive oxygen species (ROS) by illuminating novel bacteriochlorophyll derivatives and their application in photodynamic therapy (PDT) of tumors.

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  • Picture of Prof. Gideon Schechtman

    Prof. Gideon Schechtman

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    Convex geometry
    Functional analysis and geometry of Banach spaces
    Probability

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  • Picture of Prof. Jacob Sagiv

    Prof. Jacob Sagiv

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    Supramolecular Architecture at Interfaces (with R. Maoz)
    Supramolecular Surface Chemistry: Bottom-up Nanofabrication using Planned Self-Assembling Mono- and Multilayer Systems (with R. Maoz)
    Constructive Lithography: Contact Electrochemical Surface Patterning on Lateral Length Scales from Nanometer to Centimeter (with R. Maoz)
  • Picture of Prof. Dov Sagi

    Prof. Dov Sagi

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    Human vision, with an emphasis on processes involved in image segmentation, learning, and memory.

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  • Picture of Prof. Boris Rybtchinski

    Prof. Boris Rybtchinski

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    Organic self-assembly: nanoreactors and nanocapsules
    Solar fuels: photoinduced water splitting for hydrogen production
    Artificial photosynthesis: light-harvesting materials for solar energy conversion

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  • Picture of Prof. Menachem Rubinstein

    Prof. Menachem Rubinstein

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    In vivo gene therapy and targeted viral oncolysis
    Collaboration with:  Gideon Schreiber
    In vivo targeting of viral vectors. In vivo targeting of oncolytic viruses

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  • Picture of Prof. Varda Rotter

    Prof. Varda Rotter

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    Molecular mechanisms controlling the expression of p53 in normal cells and its deregulation in cancer cells
    Involvement of p53 in cell differentiation and apoptosis: <I>in vivo</I> and in vitro models.
    Cellular proteins that specifically complex with the p53 protein.
    Cellular proteins that are induced upstream or downstream to the p53 protein following genotoxic stress.

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  • Picture of Prof. Vered Rom-Kedar

    Prof. Vered Rom-Kedar

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    Hamiltonian systems - theory and applications
    Collaboration with:  M. Radnovic, A. Rapoport, E. Shlizerman, D. Turaev
    Near-integrable systems
    The Boltzmann ergodic hypothesis and soft billiards.
    Chaotic scattering.
    Resonant surface waves.
    Perturbed nonlinear Schrodinger equation.
    Mathematical models of the hematopoietic system and their medical implications
    Collaboration with:  R. Malka, E. Shochat.
    Chaotic mixing of fluid flows
    Collaboration with:  R. Aharon, H. Gildor

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  • Picture of Dr. Michal Rivlin

    Dr. Michal Rivlin

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    Mechanisms underlying the computation of motion direction in the retina.
    Dynamic computations in retinal circuits.
    How do retinal targets integrate and interpret the visual signal?
    Role of dopamine in retinal processing.
    Brain-to-retina projections modulate the retinal code to match behavioural requirements

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