Condensed and Living Matter Seminars

Upcoming Condensed and Living Matter Seminars



Condensed, Soft & Living Matter Seminar: Motility regulation as a self-organization principle

Julien Tailleur (MIT)
- David Rittenhouse Laboratory, A8

Equilibrium statistical mechanics tells us how to control the self-assembly of passive materials by tuning the competition between energy and entropy to achieve desired states of organization. Out of…



Condensed, Soft & Living Matter Seminar: Physical approaches to understanding and predicting viral evolution

John Barton (University of Pittsburgh)
- David Rittenhouse Laboratory, A8

How predictable is evolution? This question has inspired biological research for decades, but it remains challenging to address quantitatively. In this talk, I will describe how we adapted methods from…



Condensed, Soft & Living Matter Seminar

Jie Wang (Temple University)
- David Rittenhouse Laboratory, A8


Condensed, Soft & Living Matter Seminar

Alison Sweeney (Yale)
- David Rittenhouse Laboratory, A8


Condensed, Soft & Living Matter Seminar

Leslie Schoop (Princeton)
- David Rittenhouse Laboratory, A8

Past Condensed and Living Matter Seminars



Condensed, Soft & Living Matter Seminar: Quantum Control of Quantum Materials

Matteo Mitrano (Harvard)
- David Rittenhouse Laboratory, 2N3

Coherently engineering quantum states with light is a key frontier in the control of quantum materials. Over the last two decades, ultrafast lasers have revealed a variety of emergent topological, magnetic, and…



Condensed, Soft & Living Matter Seminar: Far-from-Equilibrium Statistical Physics: Information and Response in Living Matter

Zhiyue Lu (UNC)
- David Rittenhouse Laboratory, A8

Statistical mechanics, first developed for equilibrium systems, stands as one of physics' greatest triumphs. Living systems, however, operate far from equilibrium, processing information and…



Condensed, Soft & Living Matter Seminar: Robust prediction of moiré material topology

Valentin Crepel (Flatiron Institute)
- David Rittenhouse Laboratory, A8

Moiré materials have recently been envisioned as condensed-matter quantum simulators [1] due to their highly tunable low-energy properties controlled by chemical composition, stacking configurations, twist…



Condensed and Living Matter Seminar: Driven molecular fluxes control the number size and position of an essential phase-separated organelle in algae

Linnea Lemma (Princeton)
- David Rittenhouse Laboratory, A8

Phase separation of biological molecules has emerged as a key mechanism by which cells organize their interior spaces. Investigating the physical principles by which these biomolecular condensates facilitate cellular…



Condensed and Living Matter Seminar: Understanding spontaneous assembly in biology: How self-assembly and phase separation work together to build biological structures.

LaNell Williams (Princeton)
- David Rittenhouse Laboratory, A8

How does nature build complex structures from repetitive strands of nucleic acid lipids and proteins? Furthermore how does nature decide upon what physical principles to use to build these structures? We hope to…