People
Academic staff (25)
Giacomo Bruno (CP3)
Experimental physicist doing research with the CMS experiment at the LHC collider of the CERN laboratory and the Virgo laser interferometric antenna for gravitational wave detection at the EGO observatory.
On CMS: currently involved in searches for signals of physics beyond the Standard Model; development of calibration and reconstruction techniques; operation of the Belgian Tier2 computing centre that is part of the World LHC Computing Grid.
On Virgo: currently building up a research group at UCLouvain. Activities in physics data analysis (stochastic gravitational wave background), computing (redesign of Virgo computing model).
Experimental physicist doing research with the CMS experiment at the LHC collider of the CERN laboratory and the Virgo laser interferometric antenna for gravita...
Tom Claeys (GPP)
random matrix theory, integrable systems
Matrices aléatoires; Déterminants de Hankel, Toeplitz et Fredholm; Systèmes intégrables; Polynômes orthogonaux
random matrix theory, integrable systems
Matrices aléatoires; Déterminants de Hankel, Toeplitz et Fredholm; Systèmes intégrables; Polynômes orthogonaux
Eduardo Cortina Gil (CP3)
Experimental particle physics. I'm mainly involved inNA62 experiment at CERN: detector completion and radiative kaon decays. I'm also interested in detector development for future experiments: monolithic pixel detectors and fine granularity calorimetry.
Experimental particle physics. I'm mainly involved inNA62 experiment at CERN: detector completion and radiative kaon decays. I'm also interested in detector dev...
Gwenhaël De Wasseige (CP3)
I am an astroparticle physicist using neutrinos as messengers to probe high-energy phenomena in our Universe. I am working with the IceCube and KM3NeT experiments located at the South Pole and in the Mediterranean Sea, respectively. My main research interest is to combine neutrinos with other messengers, such as photons or gravitational waves, to study transient sources e.g., compact binary mergers, gamma ray bursts, solar flares,...
I am an astroparticle physicist using neutrinos as messengers to probe high-energy phenomena in our Universe. I am working with the IceCube and KM3NeT experimen...
Céline Degrande (CP3)
I am working on Effective Field Theory (EFT) at colliders mainly in top and electroweak sector. Recently, I have been focusing on the interplay between PDF and EFT fits and on the computation of NLO QCD corrections for the SMEFT.
I am the author of NLOCT and one of the FeynRules authors.
I am also investigating how the photon polarisation in cosmic rays can be used to probe BSM physics.
I am working on Effective Field Theory (EFT) at colliders mainly in top and electroweak sector. Recently, I have been focusing on the interplay between PDF and...
Christophe Delaere (CP3)
Experimental particle physicist working on the performance and operation of the CMS detector, on the upgrade of its silicon strip tracker for HL-LHC, and on the search for an extended Higgs sector. I am currently the UCLouvain CMS group leader.
Experimental particle physicist working on the performance and operation of the CMS detector, on the upgrade of its silicon strip tracker for HL-LHC, and on the...
Marco Drewes (CP3)
I combine studies of the early universe with the results of laboratory experiments and astronomical observations to address fundamental questions in particle physics and cosmology.
I combine studies of the early universe with the results of laboratory experiments and astronomical observations to address fundamental questions in particle ph...
Jean-Marc Gérard (CP3)
Phenomenological aspects of the fundamental interactions, gravity included.
Phenomenological aspects of the fundamental interactions, gravity included.
Jan Govaerts (CP3)
The fundamental interactions, their theories and their quantum unification
The fundamental interactions, their theories and their quantum unification
Marino Gran (MATH)
Research interests: categorical algebra, universal algebra, Galois and descent theory, non-abelian homology, Hopf algebras
Research interests: categorical algebra, universal algebra, Galois and descent theory, non-abelian homology, Hopf algebras
Christian Hagendorf (GPP)
Research interests: Exactly-solvable models in statistical mechanics, integrability and combinatorics.
Research interests: Exactly-solvable models in statistical mechanics, integrability and combinatorics.
Pascal Lambrechts (MATH)
My work is in algebraic topology. My recent theme of research are
motivated by the study of moduli spaces coming from
differential topology, like spaces of smooth embeddings and of
diffeomorphisms, using manifold functor calculus, rational homotopy
theory, configuration spaces, operads of little disks, ...
My work is in algebraic topology. My recent theme of research are
motivated by the study of moduli spaces coming from
differential topology, like spaces of s...
Vincent Lemaitre (CP3)
Experimentalist, CMS collaboration. Search for phenomena Beyond the Standard Model. In particular, in the scalar sector related to the electroweak symmetry breaking and in final states including top quarks. Also interested in the silicon tracker developments and construction for the next generation of experiments.
Experimentalist, CMS collaboration. Search for phenomena Beyond the Standard Model. In particular, in the scalar sector related to the electroweak symmetry brea...
Fabio Maltoni (CP3)
I am interested in the phenomenology of the standard model and beyond, and particularly in collider physics.
I am interested in the phenomenology of the standard model and beyond, and particularly in collider physics.
Timothée Marquis (MATH)
Research interests: Geometric group theory; Kac-Moody groups and algebras; Groups with a BN-pair, Coxeter groups and buildings; Infinite-dimensional Lie groups and algebras; Locally compact groups
Research interests: Geometric group theory; Kac-Moody groups and algebras; Groups with a BN-pair, Coxeter groups and buildings; Infinite-dimensional Lie groups...
Heiner Olbermann (MATH)
Mes intérets de recherche se trouvent dans le domaine des équations aux dérivées partielles. Surtout je travaille sur des questions en calcul des variations. En particulier, je m'intéresse à l'élasticité non-linéaire, et à des problèmes variationels qui contiennent en même temps des aspects physiques et géométriques.
Mes intérets de recherche se trouvent dans le domaine des équations aux dérivées partielles. Surtout je travaille sur des questions en calcul des variations. En...
Augusto Ponce (MATH)
Partial differential equations; nonlinear analysis
Partial differential equations; nonlinear analysis
Christophe Ringeval (CURL)
Early universe cosmology, CMB, inflationary cosmology, topological defects, string cosmology, data analysis.
Early universe cosmology, CMB, inflationary cosmology, topological defects, string cosmology, data analysis.
Tim Van der Linden (MATH)
Research in homological algebra: study of homology and cohomology of non-algebraic objects using categorical methods, such as Galois theory of higher central extensions
Research in homological algebra: study of homology and cohomology of non-algebraic objects using categorical methods, such as Galois theory of higher central extensions
Jean Van Schaftingen (MATH)
I am working in mathematical analysis, on problems in the fields of partial differential equations, calculus of variations and function spaces, including endpoint L¹ estimates for differential operators, Sobolev mappings, Ginzburg-Landau functionals, vortices
in fluid dynamics, magnetic Sobolev spaces and semi-linear elliptic problems.
I am working in mathematical analysis, on problems in the fields of partial differential equations, calculus of variations and function spaces, including endpoi...
Pedro Vaz (MATH)
Knot theory and quantum topology,
Higher representation theory and its applications in low-dimensional topology,
Categorification of quantum algebras and its 2-representation theory.
Knot theory and quantum topology,
Higher representation theory and its applications in low-dimensional topology,
Categorification of quantum algebras and its...
Enrico Vitale (MATH)
Je participe à la recherche de l’équipe de théorie des catégories. Notre recherche se concentre sur l'algèbre catégorique: plus particulièrement, nous développons certains nouveaux aspects de la théorie des catégories utiles en algèbre homologique non abélienne, algèbre homotopique de dimension supérieur, algèbre universelle et algèbre topologique, théorie de la descente et théorie de Galois, théorie des algèbres de Hopf et des quandle.
Je participe à la recherche de l’équipe de théorie des catégories. Notre recherche se concentre sur l'algèbre catégorique: plus particulièrement, nous développo...
Research scientists (4)
Jérôme de Favereau (CP3)
CP3 website developement and maintenance, issue tracking system, general support, cluster maintenance, openstack deployement, CMS detector upgrade among other things...
CP3 website developement and maintenance, issue tracking system, general support, cluster maintenance, openstack deployement, CMS detector upgrade among other things...
Andrea Giammanco (CP3)
Experimental particle physicist. Interested in data analysis, simulations, phenomenology, non-HEP applications of HEP techniques (and vice versa). Active in "muography" (i.e. imaging with cosmic muons). Member of the CMS collaboration at the LHC, of the MURAVES muography experiment, and of the DELPHES project. Former member of ALEPH at LEP.
Experimental particle physicist. Interested in data analysis, simulations, phenomenology, non-HEP applications of HEP techniques (and vice versa). Active in "mu...
Olivier Mattelaer (CP3, External)
Responsible software maintenance and development of MadGraph5_aMC@NLO (including most of the associated package and plugin)
Responsible software maintenance and development of MadGraph5_aMC@NLO (including most of the associated package and plugin)
Joris van Heijningen (CP3)
Experienced instrumental researcher that has worked in nuclear physics, particle physics and gravitational waves (GWs). I have worked at CERN, SLAC and the Virgo and KAGRA gravitational wave observatories. The highlight of my Ph.D. has been the development of an accelerometer with an interferometric readout which is the world’s most sensitive inertial sensor from 8-100 Hz to date. Additionally, I have taught undergraduate (particle physics) and postgraduate (GW instrumentation) courses. Finally, I have benefited from the timing of the first detection of GWs, which gave ample opportunities for outreach. In my case, that led to many public seminars and a national TV appearance in The Netherlands. I now work on cryogenic inertial sensing and vibration isolation for the E-TEST project. For Advanced Virgo and future GW detectors, I lead a mode matching and cavity control project using phase cameras and other sensing solutions.
Experienced instrumental researcher that has worked in nuclear physics, particle physics and gravitational waves (GWs). I have worked at CERN, SLAC and the Virg...
Research project coordinators (1)
My activities support IRMP researchers in the identification of external funding for research projects, the coordination of responses to calls for funding, the contribution to project writing, the overall monitoring of projects in their different phases in close collaboration with the general services of the university, the development of interdisciplinary initiatives, and the promotion of the IRMP research results.
My activities support IRMP researchers in the identification of external funding for research projects, the coordination of responses to calls for funding, the...
Physicists, engineers and computer scientists (6)
Pavel Demin (CP3)
Research engineer working on Delphes software for simulation of fast detector response, data acquisition systems for physics experiments, CP3 computing cluster.
Research engineer working on Delphes software for simulation of fast detector response, data acquisition systems for physics experiments, CP3 computing cluster.
Postdocs (42)
Rafael Aoude (CP3)
My interests are in the effective description of the Standard Model of particle physics and Gravity. I work in SMEFT phenomenology and in the use of modern methods for scattering amplitudes to understand Effective Field Theories for BSM particle physics and General Relativity.
My interests are in the effective description of the Standard Model of particle physics and Gravity. I work in SMEFT phenomenology and in the use of modern meth...
Office: E.253
Email: rafael.aoude@uclouvain.be
Fathi Ben Aribi (MATH)
Geometric invariants of knots and 3-manifolds constructed from operators on infinite-dimensional spaces
Geometric invariants of knots and 3-manifolds constructed from operators on infinite-dimensional spaces
Office: B.430
Email: fathi.benaribi@uclouvain.be
Claudio Caputo (CP3)
I am an experimental particle physicist, member of the CMS collaboration. I am particularly interested in precision measurements of the Higgs boson and searches for new physics.
I am an experimental particle physicist, member of the CMS collaboration. I am particularly interested in precision measurements of the Higgs boson and searches...
Office: E.146
Email: claudio.caputo@uclouvain.be
Disrael Dacunha (CURL)
I work on searches for physics beyond the standard model. Given that a
large class of models describing physics beyond the standard model predicts the appearance of topological
defects, I study the consequences of these phenomena in the large scale structure (LSS) of the universe. My
work involves performing numerical computations that simulate these effects to find optimal statistics that
extract the signal from the topological defects. The primary goal of this study is to favor or discard classes
of models that extend the standard model. I used various numerical computational
tools, such as N-Body simulation (CUBEP3M, Gadget, PKDGRAV3, and PICOLA) and data analysis (Curvelab, S2let).
I work on searches for physics beyond the standard model. Given that a
large class of models describing physics beyond the standard model predicts the appearan...
Office: E.353
Jacques Darné (MATH)
I am interested in applying categorical methods to the study of groups and filtrations on them. Precisely, by "groups", I mean mainly some infinite groups, often with a topological flavor, such as braid groups and their generalizations, or automorphisms of free group. And by "filtrations", I mean lower central series of groups, or filtrations similar to them.
I am interested in applying categorical methods to the study of groups and filtrations on them. Precisely, by "groups", I mean mainly some infinite groups, oft...
Office: B.429
Email: jacques.darne@uclouvain.be
Jan Heisig (CP3)
I am conducting research in the fields of theoretical particle physics and cosmology investigating beyond standard models and their phenomenology at colliders, astrophysical and cosmological observations. I am developer of the numerical tools MadDM and SModelS.
I am conducting research in the fields of theoretical particle physics and cosmology investigating beyond standard models and their phenomenology at colliders,...
Phone: (+32 10 4) 72010
Email: jan.heisig@uclouvain.be
Pierre-Alain Jacqmin (MATH)
My main research interests lie in Category Theory, and more specifically in Categorical Algebra and Universal Algebra. My aim is to deeper understand algebraic categorical properties such as the Mal'tsev, unital or semi-abelian properties; in particular via some embedding theorems or preservation under the cofiltered limit completion. I am also interested in internal groupoids, weak equivalences and their bicategory of fractions as well as in finiteness spaces and generalized rings of power series.
My main research interests lie in Category Theory, and more specifically in Categorical Algebra and Universal Algebra. My aim is to deeper understand algebraic...
Sandhya Jain (CP3)
Experimental high energy physicist working with the CMS experiment at the LHC. Currently involved in phase-2 outer tracker R & D activities and exploring physics possibilities with upgraded CMS detector at the HL-LHC. Profound background in physics analysis and in the CMS data analysis framework. Important responsible for performing SEU tests and analysis for the CMS outer tracker FE ASIC Concentrator Integrated Circuit (CIC) for Phase-II upgrades. Worked on key aspects within test beam activities for tracker as well as Endcap Calorimeter (HGCal) for Phase-II CMS detector. Performed system tests for High Granularity Calorimeter (HGCal).
Experimental high energy physicist working with the CMS experiment at the LHC. Currently involved in phase-2 outer tracker R & D activities and exploring physic...
Office: E.258
Email: sandhya.jain@uclouvain.be
Mathieu Lamoureux (CP3)
I have done my PhD on the T2K neutrino experiment, mostly looking for hypothetical heavy neutrinos using T2K near detector -> did not find anything and put upper limit. Then, I have performed a 3-yr fellowship in INFN Padova (Italy) + secondment period in APC Paris (France), where I have been focusing on multi-messenger neutrino astronomy, especially the search for neutrinos in time and spatial coincidence with gravitational waves detected by LIGO/Virgo.
I have done my PhD on the T2K neutrino experiment, mostly looking for hypothetical heavy neutrinos using T2K near detector -> did not find anything and put uppe...
Alexandre Lazarescu (GPP)
I am a post-doctoral researcher in the field of non-equilibrium
statistical physics, specialised in large deviation theory and
interacting particle models. I completed my PhD in 2013 at the
Institut de Physique Théorique (CEA Saclay), where I worked on the
large deviations of the Asymmetric Simple Exclusion Process (ASEP). I
then worked as a postdoc at the Instituut voor Theoretische Fysica (KU
Leuven) and the University of Luxembourg, and at the Centre de
Physique Théorique in Ecole Polytechnique, before coming to the GPP
group at IRMP. My topics of interests include large deviations and
hydrodynamic limits of interacting particle systems far from
equilibrium, exactly solvable models and their combinatorial
structure, quantum integrability methods (as applied to exactly
solvable driven interacting particle systems, such as the ASEP), and
more general properties of rare events in non-equilibrium statistical
models.
I am a post-doctoral researcher in the field of non-equilibrium
statistical physics, specialised in large deviation theory and
interacting particle models. I...
Waltraud Lederle (MATH)
I am interested in totally disconnected, locally compact groups in the context of geometric group theory.
I am interested in totally disconnected, locally compact groups in the context of geometric group theory.
Haolin Li (CP3)
I am interested in various aspects of effective field theories, including the construction of operator basis, applications in neutrino physics and collider physics
I am interested in various aspects of effective field theories, including the construction of operator basis, applications in neutrino physics and collider physics
Office: E.162
Email: haolin.li@uclouvain.be
Nicolas Lurkin (CP3)
I am responsible for the development of the analysis framework and the Run Control of the NA62 experiment. My current research project is the search for new physics in the decay of the charged kaon into a pion and a pair of positrons, and the use of machine learning techniques to be applied for the principal research goal of the NA62 experiment, the measurement of the branching ratio of the K+-> pi+nunu decay.
My main areas of expertise are precision Standard Model measurements, searches for new physics in Kaon decays and development of slow control systems. I was previously involved in the NA62-RK experiment at CERN.
I am responsible for the development of the analysis framework and the Run Control of the NA62 experiment. My current research project is the search for new phy...
Jamie McDonald (CP3)
I have worked on various topics at the intersection of early universe cosmology, particle physics and astroparticle physics, these include leptogenesis, curved space QFT, inflation, superradiance, axions/ALPs and axion dark matter in particular in the context of compact objects, e.g. neutron stars. My work at CP3 focuses principally on neutrinos.
I have worked on various topics at the intersection of early universe cosmology, particle physics and astroparticle physics, these include leptogenesis, curved...
Office: E.149
Email: jamie.mcdonald@uclouvain.be
Andrew Miller (CP3)
I work as part of the LIGO/Virgo collaborations to develop data analysis techniques to detect gravitational waves from isolated neutron stars, depleting boson clouds around black holes, inspiraling primordial black holes, and the stochastic gravitational-wave background. I am also interested in searches for dark matter that interacts directly with gravitational-wave interferometers. In my spare time, I enjoy playing volleyball, travelling, reading, and hiking.
I work as part of the LIGO/Virgo collaborations to develop data analysis techniques to detect gravitational waves from isolated neutron stars, depleting boson c...
Office: E.255
Email: andrew.miller@uclouvain.be
Isabel Oldengott (CP3)
My research focuses on the intersection between particle physics and cosmology. By applying Monte Carlo methods on cosmological data of e.g. the cosmic microwave background or the large scale structure of the Universe I constrain theories of physics beyond the standard model. I am particularly interested in aspects of neutrino physics like non-standard interactions or large lepton asymmety but I also have a strong interest in the even less understood particle content of the Universe, namely dark matter.
My research focuses on the intersection between particle physics and cosmology. By applying Monte Carlo methods on cosmological data of e.g. the cosmic microwav...
Office: E.257
Julia Ramos González (MATH)
My main research interests are category theory and homological algebra. I am particularly interested in the interplay of these fields with algebraic geometry in order to approach noncommutative algebraic geometry, where both abelian categories and enhancements of triangulated categories are used as models for noncommutative spaces. I am therefore interested in many different related areas: topos theory, localizations and categories of fractions, algebraic categories, triangulated and dg categories, infinity-categories, deformation theory…
My main research interests are category theory and homological algebra. I am particularly interested in the interplay of these fields with algebraic geometry in...
Office: B.402
Email: julia.ramos@uclouvain.be
Giulio Ruzza (GPP)
integrable systems, random matrices, combinatorics, asymptotics
integrable systems, random matrices, combinatorics, asymptotics
Magdalena Sieniawska (CP3)
I work on the continuous gravitational wave data analysis for the Virgo Project. My scientific interests cover gravitational radiation theory, detection methods and the neutron stars' equation of state.
I work on the continuous gravitational wave data analysis for the Virgo Project. My scientific interests cover gravitational radiation theory, detection methods...
Office: E.250
Jishnu Suresh (CP3)
My primary research focuses on the searches for stochastic gravitational-wave background -SGWB (origin of such a background could be cosmological or astrophysical) using the data from LIGO, Virgo, and KAGRA (LVK) detectors. We have placed the most stringent bounds on the energy density of SGWBs using the latest observational data along with the (first) upper limit maps of the gravitational-wave sky at every frequency bin. We expect that the current efforts will make significant progress in the coming years and result in the first detection of SGWBs.
I am also interested in understanding some aspects of the alternative theories of gravity. In the past, I have worked on black hole thermodynamic aspects of these theories in a newly developed framework called Geometrothermodynamics.
My primary research focuses on the searches for stochastic gravitational-wave background -SGWB (origin of such a background could be cosmological or astrophysic...
Office: E.256
Email: jishnu.suresh@uclouvain.be
Pietro Vischia (CP3)
My main research interest is in statistics and machine learning; I am currently working on developing algorithms that employ resampling techniques to the problem of anomaly detection, and on the problem of expressing the expected statistical significance in an approximate way in searches for new signals.
I am a founding member, as well as member of the Steering Board, of the MODE Collaboration, In MODE we aim at deploying a pipeline for machine-learning informed optimization of experiment and detector design.
I am a member of the CMS Collaboration, where I work as a statistics advisor (CMS Statistics Committee) and to experimental measurements in top-Higgs physics (ttH observation and top-Higgs coupling constraints in an EFT framework) and in Standard Model precision measurements (WZ, also constraining the triboson coupling in an EFT framework).
My main research interest is in statistics and machine learning; I am currently working on developing algorithms that employ resampling techniques to the proble...
Sébastien Wertz (CP3)
Experimentalist with the CMS collaboration. Searches for non-resonant new physics in the llbb+MET topology (hh and ttbar processes). Also involved in the development of new tools easing the use of the Matrix Element Method.
Experimentalist with the CMS collaboration. Searches for non-resonant new physics in the llbb+MET topology (hh and ttbar processes). Also involved in the develo...
Ramon Winterhalder (CP3)
I work on the intersection of particle physics and machine learning. My research aims to fully establish data-driven techniques in high-energy physics and to enhance standard simulation methods with (generative) neural networks.
I work on the intersection of particle physics and machine learning. My research aims to fully establish data-driven techniques in high-energy physics and to en...
Sebastian Zell (CP3)
My research revolves around open questions at the interface of particle physics and cosmology. I am particularly interested in dark matter – a yet unknown form of matter – as well as inflation – an early phase of exponential expansion in our Universe. For addressing these issues, I employ (primordial) black holes, sterile neutrinos, axions and inflationary scenarios driven by the Higgs fields. Close connections exist with various other topics, which range from classical and quantum aspects of gravity, scale symmetry as well as infrared physics to the mass scales of Nature, quantum information and analogue gravity.
My research revolves around open questions at the interface of particle physics and cosmology. I am particularly interested in dark matter – a yet unknown form...
Office: E.149
Email: sebastian.zell@uclouvain.be
PhD students (51)
Tommaso Armadillo (CP3)
I am working on the development of methods and tools to advance our ability to perform precision studies at colliders and apply them to key novel computations. In particular, we aim at introducing new techniques for two-loop integrals that are currently the bottleneck of next-to-next-to-leading order (NNLO) electroweak and use them to obtain predictions for Drell-Yan process at the LHC and for ZH production at future electron-positron colliders.
I am working on the development of methods and tools to advance our ability to perform precision studies at colliders and apply them to key novel computations....
Office: E.049
Samip Basnet (CP3)
Imaging of large structures with cosmic-ray muons.
Imaging of large structures with cosmic-ray muons.
Office: E.150
Email: samip.basnet@uclouvain.be
Sandrine Brasseur (GPP)
The goal of my research is to contribute to the rigorous analysis of elliptic two-dimensional integrable models along their combinatorial line. Over the years, these statistical mechanics models have been shown to exhibit rich
analytic and algebraic structures, as well as surprising links to combinatorics. Yet, to this day, many of their aspects remain either conjectural or plainly unexplored. I focus my study on the eight-vertex model and related systems such as the 8VSOS model and the XYZ spin chain, as well as their higher-spin generalisations. One of my central aims is to address conjectures and open questions about the ground state of the XYZ spin chain along its combinatorial line for various boundary conditions. I am also interested in obtaining exact finite-size expressions for some interesting physical quantities. Ultimately, the analysis of their scaling limits for large systems will lead me to establish links with quantum field theory models in the continuum.
The goal of my research is to contribute to the rigorous analysis of elliptic two-dimensional integrable models along their combinatorial line. Over the years,...
Florian Bury (CP3)
Experimental particle physicist with the CMS experiment. I am interested in machine learning with an emphasis on neural networks, the matrix element method and how to combine them in an efficient way to make it suitable for LHC analyses. I am also working on di-Higgs production in the llbb channel and involved in the tracker upgrade simulation for CMS-Phase II.
Experimental particle physicist with the CMS experiment. I am interested in machine learning with an emphasis on neural networks, the matrix element method and...
Ricardo Cabrita (CP3)
I am working in Gravitational Wave Interferometer instrumentation. Working in the optics lab to test the use of Phase Cameras (PC) for mode matching mitigation in optical cavities and also collaborating with the Phase Camera group at Virgo, contributing with optical simulations and trying to understand the PC generated amplitude and phase maps.
I am working in Gravitational Wave Interferometer instrumentation. Working in the optics lab to test the use of Phase Cameras (PC) for mode matching mitigation...
Office: D.024
Email: ricardo.cabrita@uclouvain.be
Ishan Darshana (CP3)
R&D for a portable cosmic muon detector
R&D for a portable cosmic muon detector
Office: E.147
Email: ishan.ran@uclouvain.be
Clémentine Dassy (CP3)
I'm working on trajectories of charged particles in electromagnetic knots in vacuum. The next step is to translate these electromagnetic knots into gravitational knots to understand the discrepancy between the theoretical and the observed velocity curves of galaxies.
I'm working on trajectories of charged particles in electromagnetic knots in vacuum. The next step is to translate these electromagnetic knots into gravitationa...
Office: E.253
Federico De Lillo (CP3)
Involved in the search for a stochastic gravitational wave background (SGWB), with particular interest in anisotropies and cosmological components, within the LIGO-Virgo-KAGRA (LVK) collaboration as a Virgo member.
Involved in the search for a stochastic gravitational wave background (SGWB), with particular interest in anisotropies and cosmological components, within the L...
Office: E.256
Antoine Depasse (CP3)
Searches for gravitational waves signal emitted by ultralight boson clouds around rotating black holes with the LIGO-Virgo laser interferometers.
Searches for gravitational waves signal emitted by ultralight boson clouds around rotating black holes with the LIGO-Virgo laser interferometers.
Suat Donertas (CP3)
Experimentalist, working on CMS Tracker Phase 2 Upgrade.
Experimentalist, working on CMS Tracker Phase 2 Upgrade.
David Forsman (MATH)
My PhD-topic is to develop a non-abelian theory of spectral sequences. Double semi-simplicial groups have certain spectral sequences associated to them. The motivating question is how much can we generalize this to the semi-abelian context.
My PhD-topic is to develop a non-abelian theory of spectral sequences. Double semi-simplicial groups have certain spectral sequences associated to them. The mot...
Office: B404
Email: david.forsman@uclouvain.be
Yannis Georis (CP3)
Working on potential explanations for the origin of Baryonic and Dark matter. I focus on extensions of the Standard Model with "light" particles, e.g. particles having a mass at the MeV to TeV scale for which thermal corrections are crucial.
Working on potential explanations for the origin of Baryonic and Dark matter. I focus on extensions of the Standard Model with "light" particles, e.g. particles...
Office: E.254
Email: yannis.georis@uclouvain.be
Gabriel Glesner (GPP)
Orthogonal and circular ensembles in Random Matrix Theory, Asymptotic analysis of Toeplitz determinants and applications to physics
Orthogonal and circular ensembles in Random Matrix Theory, Asymptotic analysis of Toeplitz determinants and applications to physics
Oguz Guzel (CP3)
I am interested in the Higgs boson pair production at the LHC and the analysis of CMS data/MC by making use of the data analysis techniques including machine learning.
I am interested in the Higgs boson pair production at the LHC and the analysis of CMS data/MC by making use of the data analysis techniques including machine learning.
Office: E.148
Email: oguz.guzel@uclouvain.be
Khawla Jaffel (CP3)
** Search for heavy resonance decaying into H/A -> Z A/H -> ll bb **
I am a PhD student working on beyond the Standard Model (BSM) physics. Addressing the question of whether additional scalar resonance exists, searching for a signature consisting of two b-tagged jets and two opposite-charge, same flavour leptons originating from Z bosons in one of the simplest extensions of the Standard Model (SM), the Two Higgs Doublet Model (2HDM).
** Search for heavy resonance decaying into H/A -> Z A/H -> ll bb **
I am a PhD student working on beyond the Standard Model (BSM) physics. Addressing the q...
Jan Jerhot (CP3)
My current research focuses on ALP phenomenology, specifically simulations of processes involving ALPs at fixed-target experiments. I'm planning to search for ALPs at NA62 experiment when data taken in beam dump mode will be available. I'm also interested in modern amplitude methods, namely soft bootstrap in EFTs.
My current research focuses on ALP phenomenology, specifically simulations of processes involving ALPs at fixed-target experiments. I'm planning to search for A...
Cristian Joana (CURL)
Study of non-linear dynamics from gravitational backreactions in the early Universe, production of compact objects and primordial gravitational waves. Applications of numerical general relativity to cosmology.
Study of non-linear dynamics from gravitational backreactions in the early Universe, production of compact objects and primordial gravitational waves. Applicati...
Karlijn Kruiswijk (CP3)
I am a PhD student in astrophysics, and a member in the IceCube collaboration. My PhD thesis is on on low energy (MeV-GeV) neutrinos from Gamma-Ray Burst populations. For this I work on improving the detection and reconstruction of low energy neutrinos, and look at properties of the electromagnetic spectra of Gamma-Ray Bursts to categorize them.
I am a PhD student in astrophysics, and a member in the IceCube collaboration. My PhD thesis is on on low energy (MeV-GeV) neutrinos from Gamma-Ray Burst popula...
Office: E.362
Maxime Lagrange (CP3)
I am interested in tomographic image reconstruction applied to muography, and how it can benefit from Machine-learning optimization.
I am interested in tomographic image reconstruction applied to muography, and how it can benefit from Machine-learning optimization.
Office: E.147
Email: maxime.lagrange@uclouvain.be
Alex Loué (MATH)
I am interested in various aspects of groups acting on discrete structures. Currently, my focus is on the representation theory of such groups and related algebras, with an eye towards local to global results. Some keywords : unitary representations, C*-algebras, spectral theory, Kazhdan's property (T).
I am interested in various aspects of groups acting on discrete structures. Currently, my focus is on the representation theory of such groups and related algeb...
Office: B.321
Email: alex.loue@uclouvain.be
Matteo Maltoni (CP3)
Working on SMEFT operators phenomenology
Working on SMEFT operators phenomenology
Office: E.165
Email: matteo.maltoni@uclouvain.be
Daniele Massaro (CP3)
My research is focused on astroparticle physics, in particular on dark sector, neutrinos and dark matter.
I am working on dark sector phenomelogy, studying new beyond Standard Model models scenarios trying to explain problems, such as dark matter or neutrino masses, according the several experimental constraints.
I am also active in the development of the tool "MadDM", which is an automated numerical tool for the computation of dark matter observables for generic new physics models.
My research is focused on astroparticle physics, in particular on dark sector, neutrinos and dark matter.
I am working on dark sector phenomelogy, studying new...
Office: B.226
Email: daniele.massaro@uclouvain.be
Jonathan Mauro (CP3)
Looking for solar-flares produced neutrinos with KM3NeT :)
Looking for solar-flares produced neutrinos with KM3NeT :)
Aline Michel (MATH)
The goal of the research is to explore the exactness properties of the category of preordered groups and of preordered abelian groups, with particular attention to non-additive torsion theories in these categories. We will then develop a new approach to non-abelian homology of preordered groups. A generalization of some of these results to preordered semi-abelian algebras will also be considered.
The goal of the research is to explore the exactness properties of the category of preordered groups and of preordered abelian groups, with particular attention...
Nicolas Robert (GPP)
My research is currently focused on spatial phase separation occurring in some statistical models. This phenomenon appears when boundary conditions induce macroscopic effects on the system, resulting in the formation of several regions with distinct behaviours. These regions are separated by interfaces generally referred to as "arctic curves".
My research is currently focused on spatial phase separation occurring in some statistical models. This phenomenon appears when boundary conditions induce macro...
Léo Schelstraete (MATH)
I work on the interplay between knot theory and higher representation theory. More precisely, I'm interested in an invariant of knots called odd Khovanov homology, which can be thought as a categorification of the Jones polynomial. I try to understand it through the categorification of (the representation theory of) quantum algebras.
I work on the interplay between knot theory and higher representation theory. More precisely, I'm interested in an invariant of knots called odd Khovanov homolo...
Office: B.429
Lancelot Semal (MATH)
I try to answer questions in this field : unitary representations of locally compact groups
I try to answer questions in this field : unitary representations of locally compact groups
Office: B.321
Email: lancelot.semal@uclouvain.be
Florence Sterck (MATH)
I work on interactions between two research fields of mathematics: categorical algebra and the theory of Hopf algebras.The main idea of my research is the application of semiabelian concepts to obtain a deeper understanding of Hopf algebra theory.
I work on interactions between two research fields of mathematics: categorical algebra and the theory of Hopf algebras.The main idea of my research is the appli...
Tu Thong Tran (CP3)
I study Electroweak couplings of the top quark in the production of top - anti top pair in association with a vector boson (W, Z)
I study Electroweak couplings of the top quark in the production of top - anti top pair in association with a vector boson (W, Z)
Office: E.164
Email: tu.tran@uclouvain.be
Andres Vasquez (CP3)
Physics Beyond the Standard Model, Higgs phenomenology.
Physics Beyond the Standard Model, Higgs phenomenology.
Office: E.165
Email: andres.vasquez@uclouvain.be
Corentin Vienne (MATH)
Research in categorical algebra, in particular semi-abelian categories. We are studying consequences of categorical conditions, such as action representability, in varieties of non-associative algebras.
Research in categorical algebra, in particular semi-abelian categories. We are studying consequences of categorical conditions, such as action representability,...
Zeqiang Wang (CP3)
(1) Improve the accuracy of the SMEFT predictions
(2) Advance the SMEFiT technology
(3) Perform global analyses of HEP data with optimal observables
(1) Improve the accuracy of the SMEFT predictions
(2) Advance the SMEFiT technology
(3) Perform global analyses of HEP data with optimal observables
Office: E.049
Phone: (+32 10 4) 0456242345
Valentin Weber (CP3)
I am currently working on light hidden sector Dark Matter (including sterile neutrinos and ALPs). The main focus of this work lies on the Dark Matter production in the early universe, in particular on the computation of thermal corrections to the product during freeze-in. I want to make more reliable predictions for the relic density in such models, which can be tested in experiments.
I am currently working on light hidden sector Dark Matter (including sterile neutrinos and ALPs). The main focus of this work lies on the Dark Matter production...
Morgane Zeoli (CP3)
My work is orientated toward gravitational wave (GW) instrumentation. It focuses on passive and active seismic sensing parts and isolation strategies for two gravitational wave detector projects: E-TEST, an almost 1x1 scaled prototype of the future ET (Einstein Telescope) GW detectors which will be built in the Euregio Meuse-Rhine sector, and LGWA (Lunar Gravitational Wave Antenna), a lunar GW detector. I am working on mode damping of the E-TEST cryogenic mirrors crystal compressive suspension using optomechanical dampers and on the characterization of horizontal and vertical Cryogenic Superconducting Inertial Sensors (CSISs) which will be part of the aforementioned projects.
My work is orientated toward gravitational wave (GW) instrumentation. It focuses on passive and active seismic sensing parts and isolation strategies for two gr...
Office: E.358
Email: morgane.zeoli@uclouvain.be
Daniel Zimmer (MATH)
The goal of my research is to investigate the topology of spaces of embeddings, using tools from algebraic topology ; more precisely, I investigate cosimplicial models for such spaces built using the calculus of functors.
The goal of my research is to investigate the topology of spaces of embeddings, using tools from algebraic topology ; more precisely, I investigate cosimplicial...
Master students (7)
Romain Gorski (CP3)
Master student studying AGN (Active Galaxy Nuclei) using electromagnetic, neutrinos and gravitational waves data. The main objective is to search for correlations and space-time coincidence between those three. To do so, I make use of computational and data analysis (plus an ounce of machine learning) methods.
Master student studying AGN (Active Galaxy Nuclei) using electromagnetic, neutrinos and gravitational waves data. The main objective is to search for correlatio...
Office: E. Lannoye
Technical staff (15)
Administrative staff (7)
Providing secretarial support to CP3.
Providing secretarial support to CP3.
Christine Thielens (CP3)
Cellule Logistique et Comptable (CLC)
Cellule Logistique et Comptable (CLC)
Visitors (11)
Abhishek Chauhan (CP3)
Collaborating with Andrea Giammanco's muography team.
Collaborating with Andrea Giammanco's muography team.
Yves Felix (MATH)
topologie algébrique, homotopie rationnelle
topologie algébrique, homotopie rationnelle
André Füzfa (CURL)
Professor at FUNDP, working in theoretical cosmology: interpretations of dark energy, observational constraints from structure formation, Hubble diagram, CMB, ... and on complex systems in general relativity: dynamical systems, multi-physics N-body simulations, numerical relativity.
Professor at FUNDP, working in theoretical cosmology: interpretations of dark energy, observational constraints from structure formation, Hubble diagram, CMB, ....
Phone: (+32 10 4) 7 3217
Michele Lucente (CP3)
I work on extensions of the Standard Model of particle physics aimed at accounting for the observed neutrino masses and flavour mixing, the origin of the baryon asymmetry of the Universe and the nature of dark matter.
I am currently developing a new computer tool (MadbaM) devoted to precision computations of the baryon asymmetry of the Universe in beyond the Standard Model realisations.
I work on extensions of the Standard Model of particle physics aimed at accounting for the observed neutrino masses and flavour mixing, the origin of the baryon...
Office: E.248
Email: michele.lucente@uclouvain.be
Fara Renaud (MATH)
My PhD research concerns higher categorical Galois theory in the context of certain algebraic structures of interest called quandles (a notion of symmetry which is used in knot theory and geometry). The category of quandles is algebraic by nature, but features interesting geometrical properties. This provides an interesting context for the study and illustration of higher categorical Galois theory and related meaningful notions of homotopy. Key words: higher categorical Galois theory, racks and quandles, centrality, commutators, higher coverings.
My PhD research concerns higher categorical Galois theory in the context of certain algebraic structures of interest called quandles (a notion of symmetry which...
Artur Shaikhiev (CP3)
Search for rare decays/new particles. Interested in Monte Carlo simulation of physics experiments
Search for rare decays/new particles. Interested in Monte Carlo simulation of physics experiments
Email: artur.shaikhiev@uclouvain.be
Michel Willem (MATH)
nonlinear partial differential equations, global analysis, calculus of variations,
functional analysis, real analysis, history of mathematics
nonlinear partial differential equations, global analysis, calculus of variations,
functional analysis, real analysis, history of mathematics
Haitham Zaraket (CP3)
Collaborating with Andrea Giammanco's team in the framework of the MODE collaboration.
Collaborating with Andrea Giammanco's team in the framework of the MODE collaboration.
Office: E048
Email: haitham.zaraket@uclouvain.be
Guests (7)
Thierry Delbar (CP3)
Production and collection of Li8 and B8 nuclei to be used for the production of neutrino beams (project EuroNu)
Production and collection of Li8 and B8 nuclei to be used for the production of neutrino beams (project EuroNu)
Phone: (+32 10 4) 7 3202
Email: thierry.delbar@uclouvain.be
Ghislain Grégoire (CP3)
Experimentalist. Detection of radiations (nearly all types ...). Design, simulation, construction, setup and operation of radiation detectors.
Experimentalist. Detection of radiations (nearly all types ...). Design, simulation, construction, setup and operation of radiation detectors.
René Prieels (CP3)
Energy issues: analysis of the energy future based mainly on the physical capabilities of all resources available.
Energy issues: analysis of the energy future based mainly on the physical capabilities of all resources available.
Email: rene.prieels@uclouvain.be
Patricia Radelet-de Grave (External collaborator)
History of mathematics and physics
History of mathematics and physics