Image
Internship 2025-2026
Publié le
12 septembre 2026
, modifié le
12 septembre 2026
| Nom | Sujet de recherche | |
|---|---|---|
| Vlad-Stefanut RADU | Christophe Voisin LPENS | Cavity quantum electrodynamics, single walled carbon nanotube, fibered micro-cavity, extinction spectroscopy, coherent interaction |
| FLAVIEN PLATTEAU | Edouard Boujo (EPFL) | Computational Fluid Dynamics, Finite Elements, Aerodynamics, Vortex shedding, Resolvent Analysis, Instabilities |
| Lucile FORGEOT D'ARC | Santiago Benavides (Edinburgh, UK) | sediment transport, bedload, bed-forms, dunes, linear stability |
| Arthur DENIS--BLOT | Peter Christiansen (Lund) | Elliptic flow, Lund string model, two particle correlation, e+e- --> WW --> qqqq --> 4 jets collisions, event selection, quark-gluon plasma |
| Angelin MONFRAY-RASTOIN | Atsushi Ikeda (Tokyo) | Glassy physics, polydispersity, computer simulation, phase transition |
| Ralfs SUBA | Marylou Gabrie(LPENS) | Monte Carlo methods, Replica exchange, Collective variables, Non-equilibrium dynamics, Hamiltonian dynamics, Machine learning |
| Chenxi ZENG | Jan Troost(LPENS) | Topological quantum field theory, Defects, State-sum model, Conformal field theory |
| Ludovic GUYADER | James Quach(Csiro Australie) | quantum battery, quantum computation, disorder, medium-range interaction |
| Sinisa JANKOVIC | Giuseppe Policastro (LPENS) | quantum field theory, generalized entropy, von neumann algebra, operator theory |
| Loïse LAUNAY | Isabelle Cantat (Rennes) | Soap films, Interfaces, Surface rheology, Lubrification approximation, Liquid foam, Proteins |
| Samuil PETKOV | Massimo Vergassola (UCSD) | Finite-element modeling; biophysics; muscular hydrostats |
| Alexandre GILLES | Ray-Kuang Lee (Taiwan) | Quantum optics, squeezing |
| Louna CHINAUD | Katia Parodi (LMunich) | proton therapy, adaptive therapy, range monitoring, boosting, treatment planning, prompt gamma |
| Marceau GUÉRIN | Paolo Azzurri (Pise, Italie)) | proton-proton collision, Z boson recoil, model independent observables, intrinsic dimension, NNID (nearest neighbors intrinsic dimension) |
| Arthur KAHAN | Barbara Mele (Rome, Italie) | High energy particle physics, MSSM (Minimal Supersymmetric Standart Model), FCC-ee, QCD sector, Electroweak sector |
| Tigrane PONSIN | Matthieu Wyart (EPFL) | Machine Learning, Mechanistic interpretability, Sparse Autoencoders, Circuit Tracing, Feature evaluation |
| Niccolo GERACI | Cedric Deffayet (LPENS) | Kerr off shell, model-independent parametrization, separable spacetimes, deviations to Kerr, asymptotic flatness, beyond GR, stationary axisymmetric spacetimes, geodesic separability, photon ring |
| Hugo MOREL | Ana Alonso Serrano (Berlin , Allemagne) | thermodynamics, general relativity, differential geometry |
| Tikinas CHABOUR | Guillem Domenech (Hannover, Allemagne) | Gravitational waves, parity violation, cosmology, inflation, polarization |
| Titouan VISONNEAU | Wenyuan Ai (Shanghai, Chine) | QFT phenomenology, First order phase transition, early universe cosmology |
| Jil LE BOIS | Pei Ming Ho (Taiwan) | black holes, wormholes, vaccuum fields, horizon, geometry |
| Yuna GOUIN | Jiro Soda (Kobe, Japon) | General Relativity, QFT, gravitational waves, graviton, coherent states, squeezed states, transition rate, phonon |
| Maxime SONCIN | Andre Lukas (Oxford,UK) | String theory ; Calabi-Yau ; Hermitian Yang-mills equation ; Neural Networks ; String phenomenology |
| Juliette HOARAU | Helena Knowles (Cambridge, UK) | NV-center, quantum control, optimization, machine learning, grape, Pulse-pol, quantum state tomography, MW pulses, Rabi oscillations |
| Koka SATHWIK | Juhan Aru (EPFL) | Random Geometry, Schramm - Loewner Evolutions, Conformal Loop Ensemble, Conformal Field Theory |
| Angèle BARON | Matilda Backholm (Aalto, Finlande) | intermediate Reynolds number, swimmers, collective motion, bacterial turbulence |
| Dieu Xuan TU | K. Takeuchi (Tokyo) | Biophysics, experimental, bacteria, statistical physics, phase transition |
| Camille GUBENO | Baptiste Jost (Tokyo) | Cosmology : observation, Cosmological parameters, Cosmic Microwave Background, Component separation, Data Analysis |
| Titouan PONTIGGIA | Paola Arias (Santiago, Chili) | dark matter, Boltzmann equations, axion, dark photon |
| Joseph MOGET | Jasper Van Wezel (Amsterdam, Pays-Bas) | Charge density waves, Layered materials, Ginzburg-Landau theory, Symmetry breaking, Monte-Carlo simulations |
| Maud ROULLIER | Iacopo Carusotto (Trente, Italie) | Hyperbolic geometry; Poincaré disk model; Fermi coordinates; hyperbolic translations; hypercycles; Laplace–Beltrami operator; wave equation; Fourier transform; effective potential; Schrödinger-like equation; asymptotic analysis; numerical resolution. |
| Daniel CABY | Niklas Boers (Munich, Allemagne) | Response theory; Theoretical climate science; Dynamical systems; Gaussian Process regression; Nonlinear processes; Climate feedbacks |
| Erwan TERME | Martin Van Hecke (Amsterdam, Pays Bas) | steel wool, memory effects, 2D mechanical hysterons |
| Lorenzo PONZETTA | Baptiste Chomet (LPENS) | Heterodyne, optics, frequency comb laser, incoherent source |
| Jan CHELMECKI | Christina Psaroudaki(LPENS) | skyrmions, topologically protected qubits, quantum tunneling |
| Raphael DECAN DE CHATOUVILLE | Francesco Zamponi (Sapienza, Italie) | Biophysics, Machine leanring, boltzman machines, Transformer models, statisitcal physic |
| Victor BOUVARD | Vincenzo Vitelli (Chicago) | machine learning, neural networks, canalisation, encoders, phenocopying, dual buffering, Gaussian mixture, contrastive learning, discrete to continuous transition |
| Dimosthenis PAVLIDIS | Nicolas Dupuis(LPTMC, Paris) | Statistical Physics, Condensed matter, Renormalization Group, Phase transitions |
| Pauline CHEVALLIER | Leticia Tarruell (Barcelone) | ultracold quantum gases, in situ imaging, fluorescence, single atom resolution |
| Oles BILOBROV | Thimothy Davis (Cardiff, UK) | galaxy formation, dark matter, kinematic modeling |
| Angèle BICHOT | Marc Huertas (Canaries, Espagne) | galaxy simulation -- type II supernova -- supernova feedback -- machine learning |
| Emma COPPE | Antonio Miguel Garcia (Shanghai, Chine) | AdS / CFT, JT Gravity, (SYK model as the holographic dual to JT), black hole evaporation, Information paradox, Entanglement entropy, Replica wormholes, quantum gravity |
| Amaury LHOSTE | Masahito Yamazaki (Tokyo) | CFT, 2D CFT, Minimal models |
| Lila ATIFI | Basile Gallet (CEA Paris) | Lab experiment, wave-mean flow interaction, Surface waves |
| Mahsa ALIKAHI | Matthieu Labousse(Gulliver, Paris) | Fluid Transport, Pulmonary Surfactant, Symmetric Human Lung Model, Complex Airway Structure, Respiratory Flow Dynamics, Biomedical Engineering |
| Clément ALLARD | Robert Jack, (Cambridge UK) | flocking; active matter; weakly non linear stability analysis |
| Nathan SMEYERS | Nikolaos Tetradis (Athènes , Grèce) | Entanglement entropy - QFT in curved space - AdS space - |
| Ada CUBUKCU | Emre Telatar (EPFL) | Information theory, hash functions, distributed hypothesis testing |
| Mano ETILÉ | Iacopo Iacopini (Londres, UK) | networks, epidemics, graph theory, classification |
| Léo MOURIAUX | Gabriele Tartaglino-Mazzucchelli (U. Queensland Australie) | Supersymmetry, equivariant localization, equivariantly closed polyforms, 4d N=1 or 2 |
| Carolina BIERRENBACH LIMA | Chiara Ciccarelli (Cambridge, UK) | Superconducting spintronics, Ferromagnetic resonance (FMR), Proximity effect, Thin films, Superconductor/ferromagnet heterostructures, magnetisation dynamics, resonance field shift |
| Jeanne RICHARD | Guillaume Lapeyre et Christophe Cassou (LMD) | ClimaMeter, Géosciences, Physique du Climat, Changement climatique, météorologie, évènements météorologiques extrêmes, modélisation CMIP6 |
| Wallis CHAUX-LIMANTOUR | Tamar Greaves (rmit Australie) | Ionic Liquids, Protein Crystallisation, Nanocrystals |
| Justin Cahuzac | Sylvain Nascimbene (LKB) | Cold atoms |
