Physics of the Cytoplasm: Linking Biophysics to Biological Function

The cytoplasm is now recognized as a complex, dynamic, and actively regulated environment. Recent discoveries have revealed profound links between the physical properties of the cytoplasm and fundamental biological processes, making this an exceptionally timely and important area of investigation. This conference aims to unite physicists and biologists at the forefront of this rapidly evolving field to foster the exchange of data, ideas, and emerging concepts. 

Themes include but are not limited to:

• The role of phase transitions in self-organization and signaling.

• Regulation of cellular biomass density.

• The connection between membrane potential and mechanics.

• The effect of mechanical forces on the nucleus. 

• Self-organization and regulation of the cytoskeleton.

• Physiology of the cell and tissues 

• Homeostatic regulation and signal transduction. 

Goals include:

• Showcase cutting-edge research: Present the latest findings on the physical properties of the cytoplasm and their impact on cellular processes, with a focus on both observational data and mechanistic studies.

• Foster interdisciplinary collaboration: Bring together physicists, biologists, cell biologists, and biophysicists to facilitate cross-disciplinary discussions and collaborations aimed at elucidating underlying mechanisms.

• Identify emerging concepts: Explore new research directions and identify key questions for future investigation, particularly those focused on bridging the gap between observation and mechanism. 

• Promote knowledge exchange: Provide a platform for the exchange of data, techniques, and ideas, with an emphasis on experimental and computational approaches that can help uncover the molecular mechanisms linking cytoplasmic physics to cellular function

By bringing together leading experts in these interconnected fields, this conference will catalyze progress in understanding the fundamental role of cytoplasmic physics in health and disease.