Biological Physics
Biological Physics applies theories and methods of physics to understand how biological systems work. This spans data analysis and structure, modelling, kinetics, materials, engineering and imaging of all biological scales, from the molecular level to organisms and populations.
Biophysics of animal behavior
Cell Mechanics & mechanobiology
Prof. Lia Addadi
research areas
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Biological Physics
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Bio-materials
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Biophysics of animal behavior
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Soft and living matter
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Chemical Biology
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Bio-organic chemistry
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Chemical Physics
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Light & matter
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Materials and Nanoscience
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Optical and electronic properties
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Self-assembly
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Soft matter
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Organic Chemistry
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Materials & nanochemistry
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Supramolecular chemistry
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X-ray crystallography
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Structural and Molecular Biology
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Biomineralization
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Electron microscopy
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X-ray crystallography
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Supramolecular Chemistry
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Biomolecular assemblies
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Materials
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Prof. Amnon Bar-Shir
research areas
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Biological Physics
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Bio-materials
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Chemical Biology
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Bio-conjugation & protein modifications
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Bio-organic chemistry
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Biological applications of magnetic resonance
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Chemical probes & inhibitor design
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Drug discovery & translational research
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Molecular sensors and probes
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Chemical Physics
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Magnetic resonance
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Materials and Nanoscience
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Nano-synthesis & fabrication
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Self-assembly
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Organic Chemistry
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Chemical biology & medicinal chemistry
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Materials & nanochemistry
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Sensors & biosensors
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Supramolecular chemistry
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Systems chemistry
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Structural and Molecular Biology
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Biological applications of magnetic resonance
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Supramolecular Chemistry
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Biomimicry
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Biomolecular assemblies
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Host–guest chemistry & sensors
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Materials
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Molecular-based devices
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Prof. Roy Bar-Ziv
research areas
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Biological Physics
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Soft and living matter
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Prof. Eran Bouchbinder
research areas
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Biological Physics
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Bio-materials
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Cell Mechanics & mechanobiology
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Interfaces
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Soft and living matter
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Chemical Physics
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Molecular dynamics
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Earth and Planetary Science
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Geophysics
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Earthquake physics
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Solid earth
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Planetary Science
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“Solid Earth” and “Earthquake physics”
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Materials and Nanoscience
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Interfaces
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Mechanical properties
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Soft matter
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Theory and Computations
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Active matter systems
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Biopolymers
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Complex solids and fluids
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Disordered systems
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Nonlinear dynamics & pattern formation
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Soft condensed matter
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Systems far from equilibrium
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Theoretical biological physics
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Theory of living matter
Prof. Michael Elbaum
research areas
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Biological Physics
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Protein dynamics
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Soft and living matter
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Materials and Nanoscience
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Soft matter
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Structural and Molecular Biology
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Electron microscopy
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Nucleic acids
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Proteins & macromolecular assemblies
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Supramolecular Chemistry
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Biomolecular assemblies
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Prof. Deborah Fass
research areas
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Biological Physics
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Bio-materials
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Chemical Biology
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Drug discovery & translational research
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Structural and Molecular Biology
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Electron microscopy
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Evolution & allostery
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Proteins & macromolecular assemblies
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X-ray crystallography
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Supramolecular Chemistry
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Biomolecular assemblies
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Prof. Lucio Frydman
research areas
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Biological Physics
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Protein dynamics
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Chemical Physics
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Magnetic resonance
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Spectroscopy & microscopy
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Spin physics
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Structural and Molecular Biology
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Biological applications of magnetic resonance
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Nucleic acids
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Proteins & macromolecular assemblies
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Prof. Daniella Goldfarb
research areas
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Biological Physics
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Protein dynamics
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Chemical Physics
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Magnetic resonance
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Spin physics
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Structural and Molecular Biology
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Biological applications of magnetic resonance
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Prof. Nir Gov
research areas
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Biological Physics
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Bio-materials
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Biophysics of animal behavior
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Cell Mechanics & mechanobiology
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Macromolecules & membranes
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Soft and living matter
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Materials and Nanoscience
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Self-assembly
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Soft matter
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Structural and Molecular Biology
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Proteins & macromolecular assemblies
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Supramolecular Chemistry
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Biomolecular assemblies
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Theory and Computations
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Ab initio and classical computational approaches
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Active matter systems
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Biopolymers
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Disordered systems
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Nonlinear dynamics & pattern formation
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Soft condensed matter
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Systems far from equilibrium
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Theoretical biological physics
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Theory of living matter
Prof. Gilad Haran
research areas
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Atomic, Molecular and Optical Physics
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Light & Matter
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Plasmonics
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Quantum Optics
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Spectroscopy & Microscopy
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Biological Physics
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Bio-materials
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Interfaces
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Macromolecules & membranes
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Protein dynamics
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Soft and living matter
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Chemical Biology
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Bio-conjugation & protein modifications
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Bio-organic chemistry
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Chemical Physics
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Light & matter
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Molecular dynamics
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Quantum optics
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Spectroscopy & microscopy
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Materials and Nanoscience
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Advanced spectroscopy & microscopy
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Optical and electronic properties
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Soft matter
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Structural and Molecular Biology
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Evolution & allostery
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Proteins & macromolecular assemblies
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Prof. Hagen Hofmann
research areas
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Biological Physics
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Protein dynamics
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Chemical Physics
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Spectroscopy & microscopy
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Structural and Molecular Biology
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Nucleic acids
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Proteins & macromolecular assemblies
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Prof. Amnon Horovitz
research areas
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Biological Physics
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Protein dynamics
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Structural and Molecular Biology
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Evolution & allostery
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Proteins & macromolecular assemblies
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Prof. Jacob Klein
research areas
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Biological Physics
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Bio-materials
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Interfaces
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Macromolecules & membranes
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Soft and living matter
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Chemical Physics
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Molecular dynamics
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Materials and Nanoscience
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Interfaces
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Mechanical properties
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Nano-synthesis & fabrication
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Self-assembly
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Soft matter
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Surface science
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Structural and Molecular Biology
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Molecular dynamics & computational approaches
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Supramolecular Chemistry
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Biomimicry
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Biomolecular assemblies
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Materials
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Theory and Computations
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Biopolymers
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Dr. Shifra Lansky
research areas
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Biological Physics
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Macromolecules & membranes
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Protein dynamics
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Chemical Biology
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Molecular modeling
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Structural and Molecular Biology
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Electron microscopy
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Proteins & macromolecular assemblies
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X-ray crystallography
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Prof. Koby Levy
research areas
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Biological Physics
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Protein dynamics
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Chemical Biology
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Bio-conjugation & protein modifications
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Molecular modeling
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Chemical Physics
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Molecular dynamics
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Structural and Molecular Biology
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Molecular dynamics & computational approaches
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Nucleic acids
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Proteins & macromolecular assemblies
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Supramolecular Chemistry
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Biomolecular assemblies
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Theory and Computations
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Ab initio and classical computational approaches
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Biopolymers
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Disordered systems
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Molecular modelling & docking
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Prof. Eli Pollak
research areas
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Biological Physics
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Protein dynamics
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Chemical Physics
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Molecular dynamics
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Quantum science and technologies
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Spectroscopy & microscopy
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Surface science
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Theory and Computations
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Ab initio and classical computational approaches
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Nonlinear dynamics & pattern formation
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Reaction mechanisms
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Systems far from equilibrium
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Prof. Rina Rosenzweig
research areas
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Biological Physics
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Macromolecules & membranes
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Protein dynamics
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Chemical Biology
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Biological applications of magnetic resonance
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Structural and Molecular Biology
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Biological applications of magnetic resonance
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Electron microscopy
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Evolution & allostery
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Proteins & macromolecular assemblies
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Prof. Boris Rybtchinski
research areas
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Biological Physics
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Protein dynamics
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Chemical Physics
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Molecular dynamics
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Quantum science and technologies
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Spectroscopy & microscopy
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Surface science
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Energy and Sustainability
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Chemistry and the environment
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Energy storage & conversion devices
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Storage & conversion
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Sustainable materials
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Materials and Nanoscience
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Advanced spectroscopy & microscopy
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Mechanical properties
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Nano-synthesis & fabrication
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Optical and electronic properties
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Self-assembly
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Soft matter
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Organic Chemistry
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Green chemistry & energy
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Materials & nanochemistry
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Sensors & biosensors
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Supramolecular chemistry
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Synthesis
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X-ray crystallography
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Supramolecular Chemistry
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Biomolecular assemblies
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Materials
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Molecular-based devices
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Synthesis
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Prof. Samuel Safran
research areas
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Biological Physics
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Bio-materials
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Cell Mechanics & mechanobiology
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Interfaces
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Macromolecules & membranes
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Soft and living matter
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Materials and Nanoscience
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Interfaces
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Mechanical properties
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Self-assembly
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Soft matter
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Structural and Molecular Biology
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Proteins & macromolecular assemblies
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Supramolecular Chemistry
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Biomolecular assemblies
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Materials
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Theory and Computations
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Active matter systems
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Biopolymers
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Materials science
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Nonlinear dynamics & pattern formation
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Soft condensed matter
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Theoretical biological physics
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Theory of living matter
Prof. Moran Shalev-Benami
research areas
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Biological Physics
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Macromolecules & membranes
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Chemical Biology
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Molecular modeling
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Structural and Molecular Biology
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Electron microscopy
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Nucleic acids
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Proteins & macromolecular assemblies
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X-ray crystallography
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Prof. Mordechai Sheves
research areas
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Biological Physics
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Bio-materials
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Macromolecules & membranes
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Chemical Biology
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Bio-organic chemistry
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Materials and Nanoscience
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Optical and electronic properties
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Organic Chemistry
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Chemical biology & medicinal chemistry
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Materials & nanochemistry
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Synthesis
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Supramolecular Chemistry
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Synthesis
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Dr. Ulyana Shimanovich
research areas
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Biological Physics
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Bio-materials
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Soft and living matter
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Materials and Nanoscience
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Mechanical properties
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Nano-synthesis & fabrication
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Optical and electronic properties
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Self-assembly
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Soft matter
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Organic Chemistry
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Materials & nanochemistry
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Supramolecular chemistry
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Structural and Molecular Biology
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Proteins & macromolecular assemblies
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Supramolecular Chemistry
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Biomimicry
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Biomolecular assemblies
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Molecular-based devices
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Theory and Computations
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Complex solids and fluids
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Prof. Joel Sussman
research areas
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Biological Physics
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Protein dynamics
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Chemical Biology
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Drug discovery & translational research
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Molecular modeling
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Chemical Physics
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Molecular dynamics
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Organic Chemistry
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X-ray crystallography
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Structural and Molecular Biology
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Electron microscopy
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Evolution & allostery
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Molecular dynamics & computational approaches
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Nucleic acids
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Proteins & macromolecular assemblies
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X-ray crystallography
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Supramolecular Chemistry
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Biomolecular assemblies
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Theory and Computations
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Disordered systems
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Molecular modelling & docking
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Dr. Alexandra Tayar
research areas
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Biological Physics
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Bio-materials
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Cell Mechanics & mechanobiology
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Soft and living matter
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Materials and Nanoscience
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Mechanical properties
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Nano-synthesis & fabrication
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Self-assembly
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Soft matter
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Prof. Daniel Hanoch Wagner
research areas
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Biological Physics
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Bio-materials
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Cell Mechanics & mechanobiology
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Interfaces
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Energy and Sustainability
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Sustainable materials
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Materials and Nanoscience
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Advanced spectroscopy & microscopy
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Interfaces
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Mechanical properties
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Soft matter
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Organic Chemistry
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X-ray crystallography
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Structural and Molecular Biology
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Biomineralization
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Electron microscopy
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Supramolecular Chemistry
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Biomimicry
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Materials
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Prof. Stephen Weiner
research areas
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Biological Physics
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Bio-materials
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Chemical Physics
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Light & matter
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Materials and Nanoscience
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Mechanical properties
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Structural and Molecular Biology
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Biomineralization
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Electron microscopy
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Supramolecular Chemistry
Prof. Ada Yonath
research areas
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Biological Physics
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Cell Mechanics & mechanobiology
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Macromolecules & membranes
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Structural and Molecular Biology
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Electron microscopy
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Evolution & allostery
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Molecular medicine
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Nucleic acids
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Proteins & macromolecular assemblies
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X-ray crystallography
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