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The LIPhy
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It happened at LIPhy
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Seminars
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(Mean-Field) Disorder Dynamics in Driven Amorphous Materials
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A crosstalk between FtsZ treadmilling dynamics and peptidoglycan synthesis
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Adsorption-Induced Deformation of Flexible Nanoporous Materials: from Human Hair and Coal to Metal-Organic Frameworks and Zeolites - Alexander V. Neimark (Rutgers University, USA)
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An agent-based model for active nematics and beyond
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Annoying a fish school to understand the coupling between cognitive and physical interactions
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Bubbles and droplets for nanotechnology and nanomedicine
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Bulle piégée après impact d'une goutte : mécanismes de pincement et manifestation acoustique - Caroline Derec (Université Paris Cité)
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Cellular force exertion in 3D: how to quantify and its role for pathological angiogenesis
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Cellular ultrasound imaging
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Characterisation and modelling of soft tissues
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Coarse-grained modeling of the bacterial nucleoid
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Controlling bioconvective plumes with environmental cues
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Cooperative mixing through hydrodynamic interactions in Stylonychia lemnae - Régis Turuban (SISSA, Trieste, Italy)
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De la microfluidique à l'électronique quantique : micro et nano-fabrication à l'Institut Néel
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Decentralised social media: Big Brother doesn't have to boss you around
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Dynamics of colloids interacting with membranes driven by activity
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Dynamics of spatial networks: the case of transportation systems
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Elastic Instabilities in Soft Matter: From Squeaking Interfaces to programmable fluids
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Electrifying active matter
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Fluctuation-induced couplings at the solid-liquid interface
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From NanoBob to RIQS: Towards the Future Quantum Internet
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From a national to a European Time & Frequency network: from REFIMEVE to FOREST
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High sensitivity absorption spectroscopy applied to the study of the Earth's atmosphere
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Inferring rheological properties from free surface measurements - Mathieu Sellier (University of Canterbury, New Zealand)
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Insights into the Nonlinear Evolution of Flame Fronts through Experiments and Models
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Interfacial Mechanics and Broken Symmetry - from Fluids to (soft) Solids - Sascha Hilgenfeldt (University of Illinois Urbana-Champaign, USA)
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Mechanics of biopolymer networks from the thermodynamics of molecular motors
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Mesoscale properties of biomolecular condensates emerge from nanoscale dynamics
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Mitochondrial morpho-functional remodeling in MechanoMetabolism: sensing force, changing shape, modulating bioenergetic metabolism
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Model-based interpretation of high-throughput biological data to understand RNA degradation
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Modelling Plastic Deformation in Amorphous Solids
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Modelling transport phenomena for the decontamination of porous and absorbent surfaces
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Morphogenesis, Hyperuniformity & Local Resonances: Cracking Nature’s hidden blueprint for plant defense
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Nanofluidics meets condensed-matter physics: challenges and perspectives at the Quantum Plumbing Lab
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Natural hydrogen exploration: facts and overstatements
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Non Equilibrium Transitions in a Template Copying Ensemble
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On the many ways to translocate through nanopores: from DNA to proteins and viruses
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Optical imaging through multimode fibres
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Perversions in Helical Rods : From Plant-Inspired Rod Mechanics to Curvature Generation in Tendrils
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Phase separation and interface dynamics: near-critical droplet spreading and evaporation, and colloidal skin formation
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Phenotypic plasticity and dispersal: towards their temporal dynamics and adaptiveness
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Physical Models and Machine Learning for Scientific Imaging
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Polymer physics approaches to biology: From intermediate filaments to chromosomes and beyond.
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Programmed all-optical switching in a multistable photonic resonator array
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Seed morphomechanics, from 1D toy model toward accurate numerical simulations
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Seismic fault dynamics: insights from lab experiments
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Structural origin of slow dynamics and dynamic heterogeneity in glass-forming liquids
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Structure and transport in 2D-nanoconfined electrolytes
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Studying the impact of environmental change on early morphogenesis
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Symmetry breaking and collective effects in biological physics
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The physics of band patterns of Red Blood Cells in density gradients and other blood tests
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The power of turgor pressure in plants
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Theory and Applications for Wave Scattering in Tunable Complex Media
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Towards Mimicking Human Body Blood Vessels on a Bioengineered Chip
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Understanding microbial growth by means of simple models and experiments
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Vibrations of strings and strips: How tension affects the propagation of waves
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Visualizing cellular functions in three dimensions with ultrasound
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[Non-Permanents Only] Capture of CO2 Using Aqueous Foam // How to Electrically Persuade Cells to Dance to Your Tune
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[Non-Permanents Only]: Bridging Machine Learning and Atmospheric Science: Advancing Weather Forecasts with Neural Models
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[Non-Permanents Only]: 3D Scaffolds with Tunable Physical Properties for the Study of Cell Behavior // Ultrasound Driven Micro-Robot
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[Non-Permanents Only]: Fracture of Polymeric Double Networks via Coarse-Grained Molecular Dynamics Simulations // Detection of the Orientation Angle of Hydrogen Bonds on the Surface of Amorphous Solid Water
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[Non-Permanents Only]: Laminated Safety Glass: Why Does it Bubble? // Analysis of Mechanical and Viscoelastic Properties of Polymeric Nanocomposites
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[Non-permanents only] Imaging light fluence distribution in blood vessels with combined photoacoustic fluctuation imaging and Ultrasound Power Doppler / Shaping evanescent waves
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[Non-permanents only] Invisible Women // Visualisation of porosity in human dentin: Challenges and achievements
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[Non-permanents only] Raman Spectroscopy for Gas Sensing // Hemocompatible Polymers Brushes for Biomedical Applications
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[Young Researchers Only]: Aqueous Biphasic Systems: How does the addition of salt lead to phase separation? // What do Champagne and a confined polymer have in common? The answer is bubbles!
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[Young Researchers Only]: Bend It 'til You Break It: How to Stress a Microtubule // Acoustic Response of Fluid Adsorption in Nanoporous Materials
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[Young Researchers Only]: Cell Motility and Shape Dynamics Driven by Actin Polymerization? // To Characterize Ice Core Melt-Water Using Microfluidics
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[Young Researchers Only]: Directing Cyclodextrin-Surfactant Inclusion Complexes Self-Assembly || Red Blood Cells Microrheology Studied With Atomic Force Microscopy
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[Young Researchers Only]: Tuning the mechanics of fibrous tissues using optogenetics // Active viscoelasticity and shell mechanics in tissue morphogenesis
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Non-permanents' Seminars
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