Camille Scalliet

Name:	Camille Scalliet
Affiliation:	University of Cambridge
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	23 Oct 2023, 7:15 a.m.

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
• Simulation Studies of Surface Phase Transitions in Active Brownian Particles
• Wetting transition of 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
• TBA
• Scaling limits and macroscopic behavior for stochastic models of active matter
• 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