SLAAM Seminars
Online research talks by postdoctoral scholars working in the areas of
Soft, Living, Active, and Adaptive Matter
Online research talks by postdoctoral scholars working in the areas of
Soft, Living, Active, and Adaptive Matter
SLAAM seminars are online research talks presented by postdoctoral scholars in soft matter, biological physics, and related disciplines. The series aims to provide a forum for a diverse set of stellar speakers early in their careers and opportunities for them to interact with researchers at all career stages.Ā
Initiated by the University of California, Merced, Department of Physics and the NSF-CREST Center for Cellular and Biomolecular Machines, the series is now organized by a multi-institutional team and is attended by a geographically and intellectually broad audience. All are welcome to attend.Ā
Daniel Beller (Johns Hopkins)
Kinjal Dasbiswas (UC Merced)
Isabella Graf (EMBL)
Suraj Shankar (U Michigan)
Alex Tayar (Weizmann)
Haicen Yue (U Vermont)
Jane B.D.M. Garcia (Johns Hopkins)
Abhinav Kumar (UC Merced)
Nima Mirzaeian (Michigan State)
Suraj Sahu (UC Merced)
Visit our Youtube Channel and see below for recordings of most past SLAAM seminars.
Recordings of talks prior to August 2024 can be found at physics.ucmerced.edu/slaam.
Jan 27
Yael Avni (U. Chicago)
Statistical Physics of Multicomponent Systems with Non-Reciprocal Interactions
[flyer]
Feb 10
Rahul Chajwa (Stanford)
Cellular Slingshots and Hidden Comet Tails in the Ocean
Feb 24
Mirna Kramar (Institut Curie)
Quantifying intracellular information flowĀ
[flyer]
Mar 10
Jorge Luis Rosa-Raices (UC Berkeley)
Non-equilibrium flows and free energy estimation in active systems
[flyer]Ā
April 7
Amelie Chardac (Brandeis)
Pattern formation in a 3D bio-inspired reaction-diffusion system
[flyer]
May 5
Cody Schimming (Johns Hopkins)
Dynamical Phases of Active Fluids in Complex Environments
Sep 9
Sadjad Arzash (Syracuse / Penn)
Epithelial Mechanics Through the Lens of Learning and Adaptation
Sep 23
Emiliano Perez IpiƱa (Johns Hopkins University)
Cells in Motionā: The Interplay between Motility, Migration, and the Environmentā
Oct 7
Sam Wilken (UCSB)
Phase-separated DNA liquids: spatial organization and reaction control
[flyer]
Oct 21
Roman Belousov (EMBL)
Poissonian Cellular Potts Models
[flyer]
Nov 18
K.R. Prathyusha (Georgia Tech)
Collective Dynamics of Active Polymers: From Clusters to Tangles
Feb 12
Menachem "Nachi" Stern (UPenn)
Learning without neurons in physical systems
Mar 18
Carmen Lee (NC State)
Relating the microscale to the macroscale in granular materials
[flyer] [recording]
Apr 15
Shreyas Gokhale (MIT)
Excitable nonreciprocal solids
[flyer]
May 20
Linnea Lemma (Princeton)
Driven protein fluxes control the number, size, and position of an essential phase-separated organelle in algae
[flyer]
Oct 9
Mengqi Xu (UPenn, Perelman School of Medicine)
Myosin-1 facilitates symmetry breaking and the growth of actin comet tails
[flyer]Ā
Nov 13
Isabella Graf (Yale)
A bifurcation integrates information from many noisy ion channels and allows for milli-Kelvin thermal sensitivity in the snake pit organ
[flyer]
Jan 30
Andriy Goychuk (MIT)
Folding patterns in heterogeneous active polymers
[flyer] [recording]
Feb 13
Yongtian Luo (Johns Hopkins)
Modeling the Hydrodynamic and Mechanical Effects of Fluid-Storing Biological Flow Network
[flyer] [recording]
Feb 27
Raphael Sarfati (University of Colorado Boulder)
Physics of thinking matter: birds, bugs, sheep, and plenty of fireflies
Mar 27
Miri Adler (Yale University)
Principles of cell circuits for tissue composition: Insights into the stability and vulnerability of our tissues
[flyer] [recording]
Apr 10
Mengfei He (Syracuse University)
Cross sections of doubly curved sheets as confined elastica
[flyer] [recording]
Apr 24
Fernando Caballero (UCSB)
Phase separation in active liquid crystal mixtures: bulk and interfacial dynamics
[flyer]
May 22
Pintu Patra (Heidelberg University)
The role of shape and mechanics in biological active matter
[flyer] [recording]
Ā
Jun 12
Patrick McCall (TU Dresden and Max Planck Institute)
Contrasting phases: insights into the physical properties of biomolecular condensates
[flyer]
Jul 10
Abigail Plummer (Princeton)
Fracture, instability, and phase transitions via constrained expansion
Aug 7
Biswarup Ash (Weizmann Institute)
Tunable three-dimensional architecture of nematic disclination lines
Sep 12
Krishna Shrinivas (Harvard)
The Many Phases of a Cell
[flyer] [recording]
Sep 26
Guang Shi (UIUC)
Data-driven reconstruction of 3D genome from experimental data
Oct 10
Yimin Luo (UCSB)
Programming structural transitions in soft matter: physics and data driven approaches
Oct 24
Miguel Ruiz-GarcĆa (Universidad Carlos III de Madrid)
Bioinspired flow networks: Excitability, self-sustained oscillations and a fluidic memristor
[flyer]
Nov 7
Noah Mitchell (UCSB)
How biology uses physics to sculpt an inner organ
Nov 21
Yuqing Qiu (U Chicago)
Thermodynamic control of organization and self-assembly of cytoskeletal networks far away from equilibrium
Dec 5
Varda Hagh (U Chicago)
Systematic manipulation of disorder for extraordinary functionality in materials
Jun 6Ā
Ido Levin (University of Washington)
New prospects in shape morphing sheets: unexplored pathways, 4D printing, and autonomous actuation
Jun 20
Leroy JiaĀ (Flatiron Institute)
Membrane mechanics meet minimal manifolds
July 18
Peter Foster (Brandeis University)
Active mechanics of sea star oocytes
[flyer]
Aug 1
Chrisy Xiyu Du (Harvard University)
Magnetic Handshake Materials
Aug 15Ā
Alexander Mietke (MIT)Ā
Odd dynamics of living chiral crystals
Aug 29
Kalpana Mandal (Terasaki Institute)
Oxygen-releasing microparticles improve cardiomyocyte contractility under hypoxia
[flyer]
Jan 31Ā
Mike Norton (Rochester Institute of Technology)
Towards model-based control of active matter: active nematics and oscillator networks
Feb 28Ā
Caleb Wagner (University of Nebraska-Lincoln)
Exact coherent structures and transition to turbulence in a confined active nematic
Mar 7Ā
Anna Lappala (Harvard University)Ā
4D Chromosome Organization: Combining Polymer Physics, Knot Theory and High Performance Computing
Mar 28Ā
Eldad Afik (California Institute of Technology)
Intrinsic Rhythms in a Giant Single-Celled Organism and the Interplay with Time-Dependent Drive, Explored via Self-Organized Macroscopic Waves
Apr 4Ā
Jonathan Michel (Rochester Institute of Technology)
Making a Mesh of Things: Using Network Models to Understand the Mechanics of Heterogeneous Tissues
Apr 11Ā
Eduardo Vitral (University of Nevada, Reno)
Better energies for low-dimensional elastic systems under combined bending and stretching
Apr 25Ā
Haicen Yue (Emory University)
Non-regular behavior during the coalescence of liquid-like cellular aggregates
May 9
Erin Teich (University of Pennsylvania)
Crystallinity characterization of white matter in the human brain
May 23Ā
Vikrant Yadav (Yale University)
The Equation of State of a Tissue
Aug 30
Zhihong You (UC Santa Barbara)
Theory of activity-powered interfaces
Sep 13
Ed Banigan (MIT)
How polymer-loop-extruding motors shape chromosomes
Sep 27
Severine Atis (University of Chicago)
Growing in flows: from evolutionary dynamics to microbial jets
Oct 11
Fabian Jan Schwarzendahl (Heinrich Heine University, Dusseldorf)
Mutation induced infection waves in diseases like COVID-19
Oct 25
Hannah Yevick (MIT)
Making connections: how epithelial tissues guarantee folding
Nov 8
Anton Peshkov (Rochester)
Metachronal waves in swarms of nematode Turbatrix aceti
Nov 22
Navish Wadhwa (Harvard)
Mechano-adaptation in a large protein complex
Dec 6
Weikang Wang (Pittsburgh)
Reconstruct cellular dynamics from single cell data
May 24
Brian Chang (Clark University)
The life of a mucosalivary droplet: Lessons from synthetic breaths and sneezesĀ
Jun 7
Suraj Shankar (Harvard University)
Flocking through complex environments
Jun 21
Tapomoy Bhattacharjee (Princeton University)
3D Printing Cellular Communities: Mammalian Cells, Bacteria, And Beyond
Jul 19
Olga Shishkov (University of Colorado Boulder)
Internal structure of honey bee swarms for mechanical stability and division of labor
[flyer]
Aug 2
Sulimon Sattari (Hokkaido University)
Do leader cells drive collective behavior in Dictyostelium Discoideum amoeba colonies?
Aug 16
Mehdi Molaei (University of Chicago)
Flow singularities in soft materials: from thermal motion to active molecular stresses
Feb 1
Katherine Copenhagen (Princeton University)
Topological defects promote layer formation in bacterial colonies
Feb 15
Salem Al Mosleh (Harvard University)
The finch beak: growth, form and function
Mar 1
Handuo Shi (Stanford University)
Chiral twisting in a bacterial cytoskeletal polymer affects filament size and orientation
Mar 29
Stewart Mallory (Caltech)
Phase Behavior and Self-Assembly of Active Colloids
Apr 12
Danilo B. Liarte (Cornell University)
Geometry, topology and soft matter: Emerging complex behavior of matter with disorder
Apr 26
Alexandra Tayar (UC Santa Barbara)
Liquid-liquid phase separation out of equilibrium
May 10
Ritu Raman (MIT)
Light-degradable hydrogels as dynamic triggers for implantable devices