Date | Event Type | Speaker | |
04/02/2024 | Astro Seminar | Thales Gutcke [ + ] | |
04/02/2024 | Grad Pheno Journal Club | [ + ] | |
04/03/2024 | ArXiv Discussion | HEP/Pheno Journal Club [ + ] | |
04/03/2024 | HEP Seminar | Taewook Youn [ + ] | |
04/04/2024 | Physics Dept Colloquium | Itai Cohen [ + ] | |
04/05/2024 | HEP Discussion Sessions | Zare [ + ] | |
04/09/2024 | Astro Seminar | Matthew McQuinn [ + ] | |
04/10/2024 | Special Seminar | Or Graur [ + ] | |
04/10/2024 | HEP Seminar | Clifford Cheung [ + ] | |
04/11/2024 | Physics Dept Colloquium | Karen Kasza [ + ] | |
04/12/2024 | HEP Discussion Sessions | Zare [ + ] | |
04/16/2024 | Grad Pheno Journal Club | [ + ] | |
04/17/2024 | ArXiv Discussion | HEP/Pheno Journal Club [ + ] | |
04/17/2024 | HEP Seminar | Deog Ki Hong [ + ] | |
04/17/2024 | Cosmic Happy Hour | Tony Zhou [ + ] | |
04/18/2024 | Informal HEP Talk | Thomas Faulkner [ + ] | |
04/18/2024 | Physics Dept Colloquium | John Eiler [ + ] | |
04/19/2024 | Informal HEP Talk | Edward Mazenc [ + ] | |
04/19/2024 | Special Seminar | John Eiler [ + ] | |
04/19/2024 | HEP Discussion Sessions | Zare [ + ] | |
04/22/2024 | CCPP Brown Bag | David Hogg [ + ] | |
04/23/2024 | Astro Seminar | Nikhil Padmanabhan [ + ] | |
04/23/2024 | Grad Pheno Journal Club | [ + ] | |
04/24/2024 | HEP Seminar | T Daniel Brennan [ + ] | |
04/25/2024 | Oral Defense | Nicholas Faucher [ + ] | |
04/25/2024 | Physics Dept Colloquium | David Awschalom [ + ] | |
04/26/2024 | HEP Discussion Sessions | Zare [ + ] | |
04/29/2024 | CCPP Brown Bag | Giovanni Verza [ + ] | |
04/29/2024 | Informal HEP Talk | Trakshu Sharma [ + ] | |
04/30/2024 | Astro Seminar | Anna Suliga [ + ] | |
04/30/2024 | Grad Pheno Journal Club | [ + ] | |
05/01/2024 | ArXiv Discussion | HEP/Pheno Journal Club [ + ] | |
05/01/2024 | HEP Seminar | Michael Toomey [ + ] | |
05/02/2024 | Oral Defense | Xucheng Gan [ + ] | |
05/02/2024 | Oral Defense | Conghuan Luo [ + ] | |
05/02/2024 | Physics Dept Colloquium | Kathleen Stebe [ -- ] | |
Title: Defect Propelled Swimming of Nematic Colloids Abstract: We have been studying active colloids in nematic liquid crystals as microrobots for materials manipulation. Colloid shape and surface chemistry can generate long-ranged emergent interactions in quasi-static settings. Furthermore, the non-linear response of the nematic fluid host allows interactions that differ strikingly in range and form from their static counterparts. Colloid dynamic displacement can introduce defects whose dynamics generate new modalities of motion and interaction. These interactions provide a rich toolkit for assembly and open important fundamental questions regarding swimming at low Reynolds number in a nematic, and the roles of broken symmetry, elastic energy storage and far from equilibrium topological defects. (4:00 PM - 5:30 PM, 726 Broadway, 940, CCPP Seminar) | |||
05/03/2024 | HEP Discussion Sessions | Zare [ + ] | |
05/03/2024 | Oral Defense | Milad Noorikuhani [ + ] | |
05/06/2024 | CCPP Brown Bag | Patrick Breysse [ + ] | |
05/07/2024 | Grad Pheno Journal Club | [ + ] | |
05/10/2024 | HEP Discussion Sessions | Zare [ + ] |