Paul Blainey, Biological Engineering, MIT

Host: Iwijn De Vlaminck

Integrating optics, microfluidics, and genomics to understand how genes and cells work

Nozomi Ando, Chemistry & Chemical Biology, Cornell University

Host: Toshi Kawate

Dynamic Enzymes Beyond Bragg Diffraction

David Eliezier, Weill Cornell Medical College

Host: Barbara Baird

Alpha-synuclein and Tau: Structure, Function and Parkinson’s/Alzheimer's disease

Chris Xu, Professor, School of Applied and Engineering Physics, Cornell University

Andreas Gahlmann, University of Virginia

Host: Peng Chen

Towards a molecular-level understanding of bacterial type 3 secretion:
Resolving cytosolic complex formation in living cells using 3D single-molecule tracking

Fred MacKintosh, Departments of Chemical & Biomolecular Engineering, Chemistry,
Physics & Astronomy, and the Center for Theoretical Biological Physics, Rice University, Houston, TX USA

Host: Itai Cohen

Phase transitions and the principle of detailed balance in living systems

David A. Case, Dept. of Chemistry & Chemical Biology, Rutgers University

Host: Lois Pollack

What can we learn from MD simulations of biomolecular crystals?

Qingkun Liu
Smalyukh Research Group
University of Colorado Boulder

Liquid Crystalline Assembly of Nanomaterials

Roy Beck-Bartai
Department of Condensed Matter Physics
School of Physics and Astronomy
Tel-Aviv University

Joseph Indekeu
Institute for Theoretical Physics
KU Leuven
Belgium

BLUES Function Method in Physics