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Speaker: Jason Kaelber, Rutgers University Title: Three CryoEM stories: discovery of a new pathogen, escaping pseudosymmetry traps, and limitations to resolution. To crack a nationwide pandemic in farmed …

Speaker: Gilles Francfort, Ph.D., Research Scientist Topic: The role of stability in macroscopic solids with defects This is meant to be a short narration of the efforts …

… is critical to many biological processes such as the sensation of temperature. Here we will demonstrate the use of machine learning based techniques to study heterogeneity in …

Speaker: Sara Mostafavi, Ph.D., Paul Allen School of Computer Science and Engineering at University of Washington (UW). Topic: Sequence-based deep learning models of immune cell differentiation …

Speaker: Timothy W. Secomb, Ph.D., University of Arizona, Title: Making microvascular networks work: angiogenesis, remodeling and pruning Physiological transport of materials is accomplished mainly by convective transport …

Speaker: Stas Shvartsman, Ph.D.

Speaker: Roderick MacKinnon, Ph.D. Laboratory of Molecular Neurobiology and Biophysics, Howard Hughes Medical Institute, The Rockefeller University Title: The molecular basis of cellular electricity Life has exploited …

Lecturer: Henry Mattingly, Associate Research Scientist, Biophysical Modeling In the 1940s, Claude Shannon invented information theory, afundamental tool for quantifying statistical uncertainty andinference. The fact that it deals …

Speaker: Holger Stark, Ph.D. Institute for Theoretical Physics Technical University of Berlin Title: Wet active matter: Controlling the dynamics of microswimmers Wet active matter refers to microswimmers …

Speaker: Ellen Zhong, Ph.D. Assistant Professor, Department of Computer Science Princeton University Title: Machine learning for determining protein structure and dynamics from cryo-EM images Major technological …

Lecturer: Henry Mattingly, Associate Research Scientist, Biophysical Modeling In the 1940s, Claude Shannon invented information theory, afundamental tool for quantifying statistical uncertainty andinference. The fact that it deals …

Lecturer: Henry Mattingly, Associate Research Scientist, Biophysical Modeling In the 1940s, Claude Shannon invented information theory, afundamental tool for quantifying statistical uncertainty andinference. The fact that it deals …

Lecturer: Henry Mattingly, Associate Research Scientist, Biophysical Modeling In the 1940s, Claude Shannon invented information theory, afundamental tool for quantifying statistical uncertainty andinference. The fact that it deals …

Speaker: Natalie Sauerwald, Ph.D. Flatiron Research Fellow (Genomics) Title: Analysis frameworks for sequencing data Next generation sequencing (NGS), the revolutionary technology that allows for the rapid and …

Speaker: Wilson Bennett Lough, UW–Madison Research, teaching and outreach in Physics Title: Self-buckling and self-writhing of semi-flexible microorganisms Multi-flagellated microorganisms can buckle and …

Lecturer: Henry Mattingly, Associate Research Scientist, Biophysical Modeling In the 1940s, Claude Shannon invented information theory, afundamental tool for quantifying statistical uncertainty andinference. The fact that it deals …

Speaker: Vikram Mulligan, Ph.D., Research Scientist, Systems Biology Topic: Next-generation software for heteropolymer design and structure prediction For decades, the Rosetta software suite has been one …

Speaker: Pratyush Tiwary, Ph.D., Associate Professor, University of Maryland-College Park

Speaker: Lisa Fauci, Ph. D Pendergraft Nola Lee Haynes Professor, Tulane UniversitySchool of Science & Engineering Title: Insights from biofluidmechanics: A tale of two tails I will present recent …

1st speaker: Adam Lamson, Ph.D. , Flatiron Research Fellow, BpM & Genomics Topic: Characterizing a new polymer model for condensed flexible biofilament Cells form DNA-protein condensates inside the …

Speaker: Liat Shenhav, Ph.D., Fellow, Center for Studies in Physics and Biology, Rockefeller University

Speaker: Julien Tailleur, Associate Professor of Physics, Massachusetts Institute of Technology

Speaker: Julien Tailleur, Ph.D., Associate Professor of Physics, Massachusetts Institute of Technology Title: The many surprises of active matter Active matter describes systems in which individual units …

Speaker: Nataša Jonoska, Ph.D. Professor of Mathematics, University of South Florida Title: RNA guided DNA rearrangements and RNA-DNA hybrids We concentrate on two non-standard roles …

Speaker: Nataša Jonoska, Ph.D. Professor of Mathematics, University of South Florida Title: RNA guided DNA rearrangements and RNA-DNA hybrids We concentrate on two non-standard roles …

Speaker: Hana El-Samad, Ph.D., Professor, Biochemistry and Biophysics, University of California, San Francisco

Speaker: Ivo Sbalzarini, Ph.D., Group Leader, Max Planck Institute of Molecular Cell Biology and Genetics)