Sorry, you need to enable JavaScript to visit this website.

Biological Physics & Structural Discovery Seminar

The Biological Physics & Structural Discovery Seminar is a multidisciplinary seminar series with broadly defined topics. They include biological and soft matter physics, biophysics, structural and computational biology with equal emphasis on experimental and theoretical and computational approaches. The Biological Physics Seminar is organized by the Center for Biological Physics and co-sponsored by the Center for Applied Structural Discovery (CASD). 

If you have any questions regarding the seminar please contact

Douglas Shepherd,  Seminar Organizer

Juliet Speas, Seminar Coordinator

The public CBP-INFO mailing list provides weekly announcements about the seminars; anyone may subscribe:

Subscribe to the CBP-INFO mailing list

(Note that if you have not used the ASU mailing list server before, you will first need to "get a new LISTSERV password", i.e., create a LISTSERV account, which is different from, e.g., your ASU account. Following the maroon subscribe button will offer you an opportunity to do so.)

The Biological Physics & Structural Discovery Seminar is held every Wednesday during the academic school year. The seminar is held from 12:00 noon - 1:00 pm at Bateman Physical Science Bldg. H, room PSH 350.

In the event the seminar must be held virtually due to public health restrictions, Zoom information will be emailed a few days prior to the Seminar day (and will be included in the CBP-INFO mailings – please subscribe using the maroon Subscribe button above). We have a no-recording policy for these seminars to encourage sharing of new and unpublished results.

Date Speaker Affiliation Title Host
Steve Presse School of Molecular Sciences Tracking Without Localization Banu Ozkan
Kerry Geiler-Samorette SOLS/Biodesign CME Exploring Biophysical Constraints on Cell Size Through Massively Parallel Evolution Experiments Utilizing DNA Barcodes Doug Shepherd
Madeline Andrews ASU School of Biological and Health Systems Engineering Using Stem Cell Models to Study Human Neurodevelopment and Dysregulation in Neurological Disease Doug Shepherd
Adrian Gonzalez Casanova ASU School of Mathematical and Statistical Sciences Mathematical Problems Inspired by the Lenski Experiment Doug Shepherd
Silvie Huijben School of Life Sciences (SOLS) Huijben-TBA Doug Shepherd
Po-Lin Chiu ASU School of Molecular Sciences Cryo-EM Perspective on the Daphnia Ribosome Structures Brent Nannenga