Masoud Hoore

Papers

Total Citations

223

H-Index

About

Masoud Hoore is a leading researcher in the physics of active matter and soft condensed matter, with a particular focus on the dynamic interactions between active particles and biological membranes. His most influential work, "Active particles induce large shape deformations in giant lipid vesicles" (2020), has garnered over 220 citations, establishing him as a key figure in understanding how self-propelled particles can mechanically reshape lipid bilayers. This study demonstrated that active particles—such as motile bacteria or synthetic swimmers—can drive dramatic, non-equilibrium deformations in giant vesicles, offering fundamental insights into cellular mechanics and the design of biomimetic systems. Hoore’s contributions bridge statistical physics and biophysics, providing a theoretical and computational framework for predicting membrane behavior under active stresses. His work has implications for drug delivery, synthetic biology, and the physics of living systems. By revealing how active forces can induce shape changes without external fields, Hoore has opened new avenues for controlling vesicle morphology, making his research essential for students and scientists exploring the frontiers of active matter and membrane biophysics.