Camille Scalliet

Name:	Camille Scalliet
Affiliation:	University of Cambridge
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	Mon Oct 23 07:15:47 +0000 2023

Public lists managed by Camille Scalliet

Talks given by Camille Scalliet

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by Camille Scalliet

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Camille Scalliet actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• Field theories of active matter
• Using Critical Slowing Down to suggest statistical indicators of disease emergence and elimination
• The effect of cellular crowding on evolution: a bacteria tale and a phage tale
• The anomalous transport of tracers in active baths
• Path large deviations for kinetic theories: beyond the Boltzmann, the Landau, the Balescu—Lenard—Guernsey, and the weak turbulence kinetic equations + Rare event dynamics applied to climate models
• Geometry of nonequilibrium interacting reaction networks
• Accurate dynamics from self-consistent memory in stochastic chemical reactions with small copy numbers
• When active matter turns solid : from collective motion to collective actuation
• Nonequilibrium steady state for harmonically-confined active particles
• Thermodynamics of Clocks
• Quantum signatures in stochastic thermodynamics
• Wetting transition of active Brownian particles
• Simulation Studies of Surface Phase Transitions in Active Brownian Particles
• The force-force correlator for disordered elastic systems
• The dopamine circuit as a reward-taxis navigation system
• Time-reversal symmetry breaking in fluctuating nonequilibrium systems
• Diffusion of active and passive tracers in crowded environments: insights from lattice gas models
• Pulsating active matter
• From active liquids to active solids: a tale of criticality, phase transitions and phase separations
• Scaling limits and macroscopic behavior for stochastic models of active matter
• TBA
• Active Compound Droplets
• Thermodynamics of Chemical Reactions Networks
• Irreversibility and active matter: from microscopic models to field theories
• TBA
• Physics Part III presentations
• Contacts govern the adaptive mechanics of branched actin networks
• Saddles, Edge States, and Transitions in Complex Systems
• Simple models of active particles: Pattern formation and phase transitions
• Force correlations in disordered systems and this year’s Nobel prize in physics
• Universal survival probability for a d-dimensional run-and-tumble particle
• Is the tendency for all living systems to do work universal?
• Inferring universal properties of critical fields from dragged colloids
• Recreating first steps of Life using non-equilibrium settings
• Elastoplastic view of the mechanical response and dynamics of glassy materials
• Macroscopic limit of nonequilibrium stochastic (thermo)dynamics
• Metachronal coordination in cilia carpets
• Dynamics of topological defects in active nematic films
• Local yield stress in model amorphous solids
• Irreversibility and information flows in the presence of nonreciprocity and time delay
• Non-reciprocal phase transitions
• The flow and rheology of graphene nanoparticles
• Stochastic dynamic of branching tissues
• Optimal transport and control of active drops
• Entropy production of an active particle in a box and a generalized Archimedes principle in active fluids
• Unusual appearances of run and tumble particles
• Critical properties of active phase-separation and entropy production.
• Footprints of high dimensionality in ecology
• Dynamical phase transitions for activity biased Ising model in a random field. Connection with glass-forming systems
• Active Brownian Motion with Directional Reversals
• Epidemic models with ‘time since infection’
• Dynamical phase transitions for activity biased Ising model in a random field. Connection with glass-forming systems.
• Collective motion in large deviations of active particles
• Wrinkle patterns in active viscoelastic thin sheets
• Evidence of glassy phases in large interacting ecosystems with demographic noise