Current Theses at the CPHT

Amine Announ
Study and characterisation of the solar atmosphere for the DKIST and Solar Orbiter observations.
Advisor: Tahar Amari (CPHT/CNRS), thesis supervisor end Éric Buchlin (IAS/CNRS), co-responsible for data analysis

Maxence Baccara
Random models for prey-predator dynamics: spatialisation of interactions.
Advisor:  Jean-René Chazottes

Gustavo Barbosa Bopsin 
Advisor: Urko Reinosa

Mathieu Beauvillain
Asymptotic Symmetries and Nonlinear Hydrodynamics in the Quantum Hall Effect.
Advisor: Marios Petropoulos

Gusein Bedirkhanov
Dynamical Control of Electronic Systems on Ultrafast Time Scales.
Advisor: Evgeny Stepanov

Sofia Bortagaray
Study of the propagators of quantum chromodynamics in Minkowskian space-time.
Advisors:  Marcela Peláez et Urko Reinosa

Francesco Buonemani
Topological phases of matter; Majorana bound states; light-matter interaction.
Advisor: Olesia Dmytruk

Igor Carneiro dos Santos
Black hole helicity supertrace from the path integral.
Advisor: Guillaume Bossard

Victor Chabirand
Holography in flat space, Carrollian and celestial aspects.
Advisor: Marios Petropoulos

Yequin Cheng
Lattice dynamics and thermal transport in high-entropy oxides.
Advisor: Alaska Subedi

Angshuman Choudhury
Spectrum of Collective Excitations in SYK Models and Applications to Strange Metals.
Advisor:  Blaise Goutéraux

Owen Colire
Correlated Electronic Structure of Charge-Transfer Cathode Materials.
Directeur de thèse : Silke Biermann

Matteo Costa
Multipolar orders in correlated insulators.
Advisor: Leonid Poyurovskiy

Tom de Coninck
Hybrid quantum Monte Carlo algorithms.
Advisor: Michel Ferrero

Tristan Diotte
Correlated Materials without Translational Invariance: Inhomogeneities, Disorder or Nanostructuring.
Advisor: Silke Biermann 

Le Viet Anh Doan
Minimum size for a high field optimized stellarator.
Advisors: Timothée Nicolas and Hinrich Lütjens

Fanny Eustachon
A step beyond local and unitary conformal field theories.
Advisor: Dario Benedetti

Maddalena Ferragatta
Scattering amplitudes from AdS"
Directeur de thèse : Balt van Rees

Felix Fossati
Spontaneous symmetry breaking in materials with strong electronic correlations.
Advisor: Evgeny Stepanov

Adrien Gallin
Stability analysis of ablation flows in inertial confinement fusion.
Advisor: Arnaud Couairon

Tristan Gamot
Early warning signals of epidemic transitions in agroecological systems.
Advisors:  Jean-Rene Chazottes (CPHT) et Tom Van Dooren (iEES Paris, Sorbonne Université)

Alexandre Georgin 
Efficient state-preparation algorithms for fault-tolerant quantum computers applied to many-body systems.
Advisor: Michel Ferrero

Paul Ghiringhelli
Holographic models of inflationary cosmology.
Advisor: Olga Papadoulaki

Emma Grospellier
Physics-inspired neural networks for modeling hydrodynamic instabilities relevant to fusion plasmas.
Advisor: Arnaud Couairon

Jakob Huhn
Effective state-preparation algorithms for fault-tolerant quantum computers applied to many-body systems.
Advisor: Thomas Ayral

Tak Hur
Advisor: Filippo Vicentini

Adrien Kahn
Neural Network methods for Correlated Quantum Systems.
Advisor: Filippo Vicentini

Arthur Klause
Wilsonian renormalization of gauge theories: perturbative and non-perturbative aspects.
Advisors: Christoph Kopper and Cédric Lorcé

Magali Korolev
Interacting Correlated Systems, Mesoscopic Transport and Quantum Information.
Advisor: Karyn Le Hur

Dachi Khutsidze
Information spreading and quench spectroscopy from closed to open quantum systems.
Advisor: Laurent Sanchez-Palencia

Mattéo Leturcq--Daligaux
Effects of quantum fluctuations on the dynamics of holographic systems. 
Advisor: Blaise Goutéraux

Gustavo Levy
The infrared dynamics of strong interactions in the Curci-Ferrari approach.
Advisors: Urko Reinosa et Philipe de Fabritis, chercheur permanent à l'Institut CBPF Rio de Janeiro

Nicolas Lopez Corral
Disorder, defects, and quantum error correction in many-body systems.
Advisor: Han Ma

Istvan Marko
Design and execution of algorithms tailored for neutral-atom quantum processing units for the exploration of 2D quantum materials.
Advisor: Thomas Ayral

Godefroy Meynard
Control of multi-beam laser-plasma interaction based on optical smoothing combining both temporal and spatial inchoherence.
Advisor: Stefan Hüller

Antoine Misery
Towards cost-efficient large scale models in neural quantum simulation.
Advisor: Filippo Vicentini

Nathan Moumique
Bridging the gap between tensor and neural networks and quantum circuits for strongly-correlated systems.
Advisors: Thomas Ayral, Filippo Vicentini et Michel Ferrero

Danilo Nascimento Guimaraes
Quantum Simulation of Twisted Bilayer Systems using Ultracold Quantum Gases.
Advisor: Laurent Sanchez Palencia

Vicenzo Pereira
Variable length memory chains and g-measures.
Advisors: Jean-Rene Chazottes and Sandro Gallo, Federal University of São Carlos, Brazil

Martin Plazanet
Quantum algorithms for highly correlated materials.
Advisors: Michel Ferrero and Thomas Ayral

Thomas Pochart
Analysis of diffusion amplitudes using basic principles.
Advisor: Balt Van Rees

Eduardo Salgado
The center-symmetric Landau gauge on the lattice and applications to the deconfinement transition.
Advisors: Urko Reinosa and Paulo Silva

Louis Sharma
Neural networks and strongly correlated fermionic systems.
Advisor: Michel Ferrero

Ahmedeo Shokry
Neural Dynamics for Quantum Matter.
Advisor: Filippo Vicentini

Clément Supiot
Near-extremal correlators for strongly-coupled quantum matter.
Advisor:  Blaise Goutéraux

Giuditta Tortarolo
Energy Correlators in ultra-relativistic nuclear collisions. 
Advisor: Carlota Andres

Antony Wendels
Effective action in non-supersymmetric strings.
Advisor: Emilian Dudas

Jie Xiong
Correlated Electron Materials: New combinations of perturbative and non-perturbative many-body methods for a realistic theoretical description.
Advisor: Silke Biermann

Shengyie Yu
Ultracold bosons in optical quasicrystals.
Advisor: Laurent Sanchez-Palencia

Akli Zemirli
Electronic transport in correlated quantum materials.
Directeur de thèse : Evgeny stepanov

Xiaoxu Zhou
Quantum Information and Entanglement in Correlated Quantum Matter.
Advisor: Laurent Sanchez Palencia