Soft Packings, Nested Clusters, and Condensed Matter

Videos from CMO Workshop

, Smith College
- 09:52
Searching for auxetic behavior in periodic frameworks
Watch video | Download video: 201909300858-Streinu.mp4 (283M)
, Lancaster University
- 10:51
Rigidity and flexibility of periodic frameworks: Recent progress and open questions
Watch video | Download video: 201909301002-Schulze.mp4 (245M)
, University of Pennsylvania
- 12:09
Entropic colloidal crystallization pathways via fluid-fluid transitions and multidimensional prenucleation motifs
Watch video | Download video: 201909301120-Teich.mp4 (251M)
, Budapest University of Technology and Economics
- 15:54
Soft packings
Watch video | Download video: 201909301501-Langi.mp4 (284M)
, Moscow State University
- 12:15
Combinatorics and hyperbolic geometry of families of 3-dimensional polytopes: fullerenes and right-angled polytopes.
Watch video | Download video: 201910011124-Erokhovets.mp4 (253M)
, Tel Aviv University
- 16:07
Thermodynamic stability of quasicrystals: From fluid dynamics to soft condensed matter
Watch video | Download video: 201910011502-Lifshitz.mp4 (162M)
, Princeton University
- 17:22
Tessellation-based procedure to construct perfectly hyperuniform disordered packings
Watch video | Download video: 201910011640-Kim.mp4 (236M)
, Courant Institute, NYU [also Rutgers University]
- 10:55
A hunt for new descriptions of old quasicrystals via soft-packing
Watch video | Download video: 201910021012-Taylor.mp4 (261M)
, Worcester Polytechnic Institute
- 12:25
Zeolites and tetrahedral packings
Watch video | Download video: 201910021128-Servatius.mp4 (337M)
, University of Texas Rio Grande Valley
- 09:47
Log-optimal spherical configuration
Watch video | Download video: 201910030905-Musin.mp4 (273M)
, Vanderbilt University
- 12:14
Gordian Unlinks
Watch video | Download video: 201910031123-Kusner.mp4 (287M)
, University of Liverpool
- 13:04
Dense periodic packings in the light of crystal structure prediction
Watch video | Download video: 201910031221-Torda.mp4 (219M)