Golani Theoretical
Biophysics Group


We investigate the physical mechanisms shaping cellular structures and how viruses exploit them. Using tools from physics, we study diverse biological systems governed by common organizational principles.

Open
positions

We are seeking exceptional and highly motivated PhD and Postdoctoral candidates with a strong academic background.
If you are passionate about theoretical and computational biophysics and eager to contribute to cutting-edge research, we encourage you to reach out via email.
We offer competitive compensation packages to support your work and dedication.
For more details, Contact us >>

Research Interests

At the Golani Theoretical Biophysics Group, we delve into the fascinating intersection of biology and physics, seeking to understand the fundamental mechanisms that govern cellular structures and their intricate interactions with viruses.

The physics of virus life cycle
The physics of virus life cycle We focus on the mechanical and physical principles governing key stages of the viral life cycle: entry, replication, and egress. During entry, we study how viruses exploit...
Complex Membrane Structures in the Cell
Complex Membrane Structures in the Cell Cellular membranes can form remarkably complex, high-curvature structures, such as the interconnected networks of the endoplasmic reticulum and Golgi apparatus,...
Membrane-less Organelles Mechanics
Membrane-less Organelles Mechanics Membraneless organelles are biomolecular condensates formed through liquid-liquid phase separation of proteins and RNA or DNA molecules. These structures have emerged...
Theory of Membrane Fusion and Fission
Theory of Membrane Fusion and Fission Membrane topological changes are essential for numerous biological processes and are fundamental to life. Membrane fusion occurs during fertilization, muscle cell...