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    • ANR – DIMAS
      • ANR – DIMAS – About the project
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      • ANR FOENICS – About the project
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      • ANR HYPNOSE – About the project
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  • Research teams
    • Acoustics and optics for nanosciences and quantum physics
      • Acoustics for Nanosciences – Quantum optomechanics
      • Acoustics and optics for nanosciences and quantum physics – List of members
      • Acoustics and optics for nanosciences and quantum physics – Magneto-Acoustics
      • Acoustics and optics for nanosciences and quantum physics – Facilities
        • Acoustics and optics for nanosciences and quantum physics – Optical microscopes
        • Acoustics and optics for nanosciences and quantum physics – Spectrophotometry
        • Acoustics and optics for nanosciences and quantum physics – Acoustic clamps
        • Acoustics and optics for nanosciences and quantum physics – Polarized light interferometry for quantitative mapping of surface waves
        • Acoustics and optics for nanosciences and quantum physics – Synchronous pump-probe technology
        • Acoustics and optics for nanosciences and quantum physics – Asynchronous optical sampling
        • Acoustics and optics for nanosciences and quantum physics – Thermo-reflectance
        • Acoustics and optics for nanosciences and quantum physics – Electrical generation of surface acoustic waves
        • Acoustics and optics for nanosciences and quantum physics – Ultrasonic laser for surface wave generation
        • Acoustics and optics for nanosciences and quantum physics – Transient gratings and 4-wave mixing
        • Acoustics and optics for nanosciences and quantum physics – Luminescence
        • Acoustics and optics for nanosciences and quantum physics – Quantum optomechanics
        • Nanophotonics and quantum optics – Optical microscopes
        • Acoustics and optics for nanosciences and quantum physics – Optical microscopes
      • Acoustics and optics for nanosciences and quantum physics – Interactions between elastic or thermal waves and very high-frequency matter
      • Acoustics and optics for nanosciences and quantum physics – Internships and Jobs
      • Acoustics and optics for nanosciences and quantum physics – Phononic chrystals and metamaterials
      • Acoustics and optics for nanosciences and quantum physics – PhD
      • Acoustics and optics for nanosciences and quantum physics – Wavefront synthesis
      • Acoustics and optics for nanosciences and quantum physics – Publications
      • Acoustics and optics for nanosciences and quantum physics – News
      • Acoustics and optics for nanosciences and quantum physics – Thermo-polaritonics
      • Acoustics and optics for nanosciences and quantum physics – Nanophotonics in Nature
      • Acoustics and optics for nanosciences and quantum physics – Quantum Nanophotonics
    • Chemical Physics and Dynamics of Surfaces
      • Chemical Physics and Dynamics of Surfaces – List of members
      • Chemical Physics and Dynamics of Surfaces – Self-organization at the nanoscale
        • Chemical Physics and Dynamics of Surfaces – Self-organization at the nanoscale – Modelisation of epitaxial growth : from atomic simulations to non-linear dynamical models
        • Chemical Physics and Dynamics of Surfaces – Self-organization at the nanoscale – New nanoparticle organizations for original optical properties
        • Chemical Physics and Dynamics of Surfaces – Self-organization at the nanoscale – Topological defects in thin smectic films
      • Chemical Physics and Dynamics of Surfaces – Dynamics of interfaces
        • Chemical Physics and Dynamics of Surfaces – Dynamics of interfaces – 1D eutectic fronts in thin samples: phenomenology of secondary instabilities
        • Chemical Physics and Dynamics of Surfaces – Dynamics of interfaces – 2D lamellar and fibrous eutectic fronts in massive samples
        • Chemical Physics and Dynamics of Surfaces – Dynamics of interfaces – Single-phase faceted fronts in directional solidification in thin samples
        • Chemical Physics and Dynamics of Surfaces – Dynamics of interfaces – Control of solidification microstructures by feedback loop using a network of laser spots
      • Chemical Physics and Dynamics of Surfaces – Facilities
        • Chemical Physics and Dynamics of Surfaces – Hyperspectral Microscopies
        • Chemical Physics and Dynamics of Surfaces – Experimental setup for optoelectronic
        • Chemical Physics and Dynamics of Surfaces – E-STM platform
      • Chemical Physics and Dynamics of Surfaces – Internships and Jobs
      • Chemical Physics and Dynamics of Surfaces – Surface functionalization
        • Chemical Physics and Dynamics of Surfaces – Surface functionalization – Chemical control of the electronic properties of gold nanoparticles
        • Chemical Physics and Dynamics of Surfaces – Surface functionalization – Functionalization of silicon surfaces with electrically active chemical species
      • Chemical Physics and Dynamics of Surfaces – PhD
      • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films
        • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films – Topological defects in thin smectic films
        • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films – Dynamics of liquid crystal topological defects
        • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films – Langmuir films formed by semi-fluorinated molecules
        • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films – Solvent effect in Langmuir film formed by block Copolymers
        • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films – Metal-organic interface formed by surface radiolysis
        • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films – Graphene Oxyde and Ionic Liquid Langmuir Films
        • Chemical Physics and Dynamics of Surfaces – Soft interfaces and thin films – Polymerizing 2D Diacetylenes Film
      • Chemical Physics and Dynamics of Surfaces – 2D materials
        • Chemical Physics and Dynamics of Surfaces – 2D materials – Structure, optical properties, and growth mechanisms of 2D-Xenes
        • Chemical Physics and Dynamics of Surfaces – 2D materials – Mixed dimentionalities Van der Waals heterostructure
        • Chemical Physics and Dynamics of Surfaces – 2D materials – Reactive sputtering of dichalcogenide films
      • Chemical Physics and Dynamics of Surfaces – Publications
      • Chemical Physics and Dynamics of Surfaces – News
      • Chemical Physics and Dynamics of Surfaces – Nanoparticles
        • Chemical Physics and Dynamics of Surfaces – Nanoparticles – Nanocrystals growth
        • Chemical Physics and Dynamics of Surfaces – Nanoparticles – Adhesion of individual nanoparticles
        • Chemical Physics and Dynamics of Surfaces – Nanoparticles – Nanoelectronics, single charge electronics with gold nanoparticles
        • Chemical Physics and Dynamics of Surfaces – Nanoparticles – New nanoparticle organizations for original nanoparticle optical properties
        • Chemical Physics and Dynamics of Surfaces – Nanoparticles – Supported nanocatalysts growth and reactivity
      • Chemical Physics and Dynamics of Surfaces – Optoelectronics
        • Chemical Physics and Dynamics of Surfaces – Optoelectronics – Infrared optoelectronic using nanocrystals
        • Chemical Physics and Dynamics of Surfaces – Optoelectronics – Physics of surfaces and interfaces in organic and hybrid solar cells
      • Chemical Physics and Dynamics of Surfaces – Plasmonics and sensors
        • Chemical Physics and Dynamics of Surfaces – Plasmonics and sensors – Ultra-sensitive plasmonic sensors for molecules
        • Chemical Physics and Dynamics of Surfaces – Plasmonics and sensors – Light matter coupling in nanocrystal array
        • Chemical Physics and Dynamics of Surfaces – Plasmonics and sensors – Advanced plasmonics with switchable molecules
      • Chemical Physics and Dynamics of Surfaces – Foam, bubbles and soap films
        • Chemical Physics and Dynamics of Surfaces – Complex liquids, foams and emulsions
        • Chemical Physics and Dynamics of Surfaces – Dynamics in foams near the jamming transition: a microgravity experiment
        • Chemical Physics and Dynamics of Surfaces – New self-organized stacking structures in foams, controlled by attractive interactions between bubbles
    • Clusters and Surfaces under Intense Excitation
      • Clusters and Surfaces under Intense Excitation – QED tests in strong fields
      • Clusters and Surfaces under Intense Excitation – Collisions between ions and giant magnetocaloric thin films
      • Clusters and Surfaces under Intense Excitation – List of members
      • Clusters and Surfaces under Intense Excitation – Dynamics of ion–magnetized surface Interaction
      • Clusters and Surfaces under Intense Excitation – Facilities
        • Clusters and Surfaces under Intense Excitation – The SIMPA installation: the multicharged ion source and its beam line
        • Clusters and Surfaces under Intense Excitation – The low energy beamline of the FISIC project
        • Clusters and Surfaces under Intense Excitation – Charge state purification device
        • Clusters and Surfaces under Intense Excitation – The “Ions – Surfaces” UHV device
      • Clusters and Surfaces under Intense Excitation – Internships and Jobs
      • Clusters and Surfaces under Intense Excitation – Ultrafast phase transitions induced by femtosecond lasers in metals
      • Clusters and Surfaces under Intense Excitation – N-body quantum dynamics in ion-ion collisions
      • Clusters and Surfaces under Intense Excitation – PhD
      • Clusters and Surfaces under Intense Excitation – Publications
      • Clusters and Surfaces under Intense Excitation – Surface chemistry and electronic properties of gold nanoparticles produced by laser ablation
      • Clusters and Surfaces under Intense Excitation – News
      • Clusters and Surfaces under Intense Excitation – Probability: from Bayesian statistics for data analysis to the foundations of quantum mechanics
    • Multiscale Mechanics of Soft Solids
      • Multiscale Mechanics of Soft Solids – List of members
      • Multiscale Mechanics of Softs Solids – Extrusion instabilities of viscoelastic and gelable fluids
      • Multiscale Mechanics of Soft Solids – Facilities
        • Multiscale Mechanics of Soft Solids – Stress-controlled rheometer Anton-Paar MR501
        • Multiscale Mechanics of Soft Solids – Traction testing machine ElectroForce 3200 (TA instruments, previously Bose)
      • Multiscale Mechanics of Softs Solids – Fracture of biopolymer hydrogels
      • Multiscale Mechanics of Soft Solids – Internships and Jobs
      • Multiscale Mechanics of Softs Solids – Acoustic propagation in glasses
      • Multiscale Mechanics of Soft Solids – PhD
      • Multiscale Mechanics of Soft Solids – Publications
      • Multiscale Mechanics of Soft Solids – News
    • Nanophotonics and quantum optics
      • Nanophotonics and quantum optics – List of members
      • Nanophotonics and quantum optics – Facilities
        • Nanophotonics and quantum optics – Ellipsometry
      • Nanophotonics and quantum optics – Internships and Jobs
      • Nanophotonics and quantum optics – PhD
      • Nanophotonics and quantum optics – Emitter-nanoantenna interactions
      • Nanophotonics and quantum optics – Publications
      • Nanophotonics and quantum optics – News
      • Nanophotonics and quantum optics – Chiral Nanophotonics
      • Nanophotonics and quantum optics – Coupled nano-emitters
      • Nanophotonics and quantum optics – Magnetic NanoLight
    • Nanostructures: growth, quantum effects and magnetism
      • Nanostructures growth quantum effects and magnetism – Magnetic Helicoidal Dichroism
      • Nanostructures: growth quantum effects and magnetism – Magnetic helicoidal dichroism
      • Nanostructures: growth, quantum effects and magnetism – Diluted magnetic semiconductors
      • Nanostructures: growth, quantum effects and magnetism – FeRh
      • Nanostructures: growth, quantum effects and magnetism – Heterostructures of two dimensional materials
      • Nanostructures: growth, quantum effects and magnetism – Spin Q-bits
      • Nanostructures: growth, quantum effects and magnetism – List of members
      • Nanostructures: Growth, quantum effects and magnetism – Photoinduced magnetic dynamics
      • Growth and properties of hybrid thin film systems – Effects of magnetic anisotropy on the dynamical properties of epitaxial thin films
      • Nanostructures: growth, quantum effects and magnetism – Facilities
        • Growth and properties of hybrid thin film systems – Molecular beam epitaxy platform
        • Growth and properties of hybrid thin film systems – Pulsed laser deposition set-ups
        • Growth and properties of hybrid thin film systems – Magneto-transport
        • Growth and properties of hybrid thin film systems – Magneto-optical Kerr effect
      • Growth and properties of hybrid thin film systems – Magnetic thin films and heterostructures
      • Nanostructures: growth, quantum effects and magnetism – Internships and Jobs
      • Growth and properties of hybrid thin film systems – MBE growth of quantum dot devices
      • Nanostructures: growth, quantum effects and magnetism – PhD
      • Growth and properties of hybrid thin film systems – Lamellar and 2D compounds with remarkable properties
      • Nanostructures: growth, quantum effects and magnetism – Publications
      • Growth and properties of hybrid thin film systems – MBE growth of acousto-optic microcavities
      • Nanostructures: growth, quantum effects and magnetism – News
      • Nanostructures: growth, quantum effects and magnetism – Spins and magnetism, magneto-acoustics
      • Photons, Magnons and Quantum Technologies – Many-body systems
      • Photons, Magnons and Quantum Technologies – Quantum emitters
      • Photons, Magnons and Quantum Technologies – NV centers in SiC
      • Photons, Magnons and Quantum Technologies – High resolution micro-photoluminescence under strong magnetic field
      • Nanostructures: Growth, Quantum effects and magnetism – Kerr microscopy under variable temperature magnetic field
      • Photons, Magnons and Quantum Technologies – Coherent spectroscopy for the study of quantum systems
      • Photons, Magnons and Quantum Technologies – fs pump-probe experiment: spatially and temporally resolved Kerr effect
    • Photonics and coherence of spin
      • Photonics and coherence of spin – Excitonic properties of colloidal nanocrystals
      • Photonics and coherence of spin – Spin relaxation and decoherence in semiconductor nano-heterostructures
      • Photonics and coherence of spin – Theory of open quantum systems and nanofunctional materials
      • Photonics and coherence of spin – List of members
      • Photonics and coherence of spin – Facilities
      • Photonics and coherence of spin – Internships and jobs
      • Photonics and coherence of spin – PhD
      • Photonics and coherence of spin – Publications
      • Photonics and coherence of spin – News
      • Nanophotonics and coherence of spin – Quantum imaging
    • Photons, Magnons and Quantum Technologies
      • Photons, Magnons and Quantum Technologies – List of members
      • Photons, Magnons and Quantum Technologies – Facilities
      • Photons, Magnons and Quantum Technologies – Internships and Jobs
      • Photons, Magnons and Quantum Technologies – PhD
      • Photons, Magnons and Quantum Technologies – Publications
      • Photons, Magnons and Quantum Technologies – News
    • Spectroscopy of novel quantum states – News
    • Spectroscopy of novel quantum states – Publications
    • Spectroscopy of Novel Quantum States
      • Spectroscopy of novel quantum states – Facilities
        • Spectroscopy of novel quantum states – Low temperature scanning tunneling microscope 4K
        • Spectroscopy of Novel Quantum States – Scanning Tunneling Microscope “M3”
        • Spectroscopy of Novel Quantum States – Scanning Tunneling and Atomic Force Microscope 2K
        • Spectroscopy of Novel Quantum States – Variable temperature tunneling microscope
        • Spectroscopy of Novel Quantum States – Measurements on synchrotron (ARPES, XPS, XMCD)
      • Spectroscopy of novel quantum states – Nanomagnetism
    • Spectroscopy of novel quantum states – Correlated Systems and Mott Physics
    • Nanometric Thin Films: Formation, Interfaces and Defects
      • Nanometric thin films – Formation, interfaces and defects – Materials for Energy storage
      • Nanometric Thin Films: Formation, Interfaces and Defects – List of members
      • Nanometric thin films – Formation, interfaces and defects – Materials for Energy conversion
      • Nanometric Thin Films: Formation, Interfaces and Defects – Facilities
        • Nanometric thin films: formation, interfaces, defects – Fast Ion Beam Analysis System
        • Nanometric Thin Films: Formation, Interfaces and Defects – ALD (Atomic Layer Deposition)
        • Nanometric Thin Films: Formation, Interfaces and Defects – Isotopic furnace
      • Nanometric Thin Films: Formation, Interfaces and Defects – Ferroic Memristors
      • Nanometric Thin Films: Formation, Interfaces and Defects – Internships and Jobs
      • Nanometric Thin Films: Formation, Interfaces and Defects – PhD
      • Nanometric Thin Films: Formation, Interfaces and Defects – Solid state Qubits
      • Nanometric Thin Films: Formation, Interfaces and Defects – Publications
      • Nanometric Thin Films: Formation, Interfaces and Defects – News
    • Low-dimensional oxides
      • Low-dimensional oxides – List of members
      • Low-dimensional oxides – Metal/oxide growth and adhesion
      • Low-dimensional oxides – Facilities
        • Low-dimensional oxides – I4P: Igor Pro Paris Photoemission Package
        • Low-dimensional oxides – Ultra-high vacuum surface science experimental set-ups
        • Low-dimensional oxides – High Resolution Energy Electron Loss Spectroscopy
        • Low-dimensional oxides – Oxide nanopowders: from synthesis to physico-chemical characterisation
        • Low-dimensional oxides – Molecular adsorption and infrared spectroscopy
        • Low-dimensional oxides – Atomistic calculations and multiscale modelling
        • Low-dimensional oxides – Analysis tools: IsGISAXS, GranFilm, HREELS and I4P
      • Low-dimensional oxides – Oxide ultra-thin films
      • Low-dimensional oxides – Internships and jobs
      • Low-dimensional oxides – Reactivity of surface sites and defects
      • Low-dimensional oxides – Nuclear quantum effects in oxides
      • Low-dimensional oxides – PhD
      • Low-dimensional oxides – Publications
      • Low-dimensional oxides – News
  • Transversal topics
    • Growth – Organization – Interfaces
      • Growth – Organization – Interfaces – Members
      • Growth-Organization-Interfaces – Highlights
    • Magnetism and Physics of spin
      • Magnetism and Physics of spin – Instrumental Park
      • Magnetism and Physics of spin – Highlights
      • Magnetism and Physics of spin – Internships/Thesis/jobs
      • Magnetism and Physics of spin – Nanomagnetism
      • Magnetism and Physics of spin – Seminars
      • Magnetism and Physics of spin – Spins in 2D materials
      • Magnetism and spin physics – Spins for quantum information technology
    • Magnetism and Physics of spin – Members
    • Quantum confinement and 2D systems
      • Quantum confinement and 2D systems – Effects of dimensionality reduction on structural, electronic and reaction properties in oxide materials
      • Quantum confinement and 2D systems – Nanocrystal optoelectronics
      • Quantum confinement and 2D systems – Remarkable quantum states in two dimensions
      • Quantum confinement and 2D systems – Seminars
      • Quantum confinement and 2D systems – Members
      • Quantum confinement and 2D systems – Hightlights
    • Nano Photo-Phononics
      • Nano-Photo-Phononics – Members
      • Nano Photo-Phononics – Sensors based on resonant nano-materials
      • Nano Photo-Phononics – Controlling the wave-matter interaction through long-range structuration
      • Nano-Photo-Phononics – New materials for emission and detection
      • Nano Photo-Phononics – New states of the waves
      • Nano Photo-Phononics – Photons-phonons-magnons interactions
      • Nano Photo-Phononics – Confinement and emission
    • Quantum Technology
      • Quantum technology – Members
      • Quantum Technology – Qubits and quantum emitters
        • Quantum technology – Qubits and quantum emitters – Quantum emitters based on a new generation of colloidal nanocrystals
        • Quantum technology – Qubits and quantum emitters – Qubits in silicon carbide
        • Quantum technology – Qubits and quantum emitters – Single and indistinguishable photon sources based on semiconductor quantum dots
        • Quantum technology – Qubits and quantum emitters – A plasmonic nano-antenna patch with a single nano-emitter
        • Quantum technology – Qubits and quantum emitters – Magnetic quantum emitters
        • Quantum technology – Qubits and quantum emitters – Quantum transport of an excitation
      • Quantum technology – Coherent qubit control and quantum decoherence
        • Quantum technology – Coherent qubit control and quantum decoherence – Coherent manipulation of qubits in semiconductor quantum dots; spin-photon interfaces
        • Quantum technology – Coherent qubit control and quantum decoherence – Decoherence theory, effect of the environment
        • Quantum technology – Coherent qubit control and quantum decoherence – Coherence and spin manipulation in nanostructures
      • Quantum technology – Quantum information with advanced condensed matter systems
        • Quantum technology – Quantum information with advanced condensed matter systems – Bose condensates of indirect excitons
        • Quantum technology – Quantum information with advanced condensed matter systems – Optomechanics
        • Quantum technology – Quantum information with advanced condensed matter systems – Majorana fermions, hybrid superconductors
    • Energy
      • Energy – Members
      • Energy – Material modifications for magnetic cooling through ion irradiation
      • Energy – High-Performance Thermo-Magnetic Micro-Harvester – HiPerTherMag
      • Energy – Thermal properties of thin films for thermoelectric applications
      • Energy – Science of materials and thermally controlled glazing
      • Energy – Galvanizing of alloy steels: from Zn/oxide wetting engineering
      • Energy – Light-emitting diodes based on nanocrystals
      • Energy – Electronic structure of nanocrystal-based solar cells
      • Energy – Physics of surfaces and interfaces in organic and hybrid solar cells
• Research
• Seminars
• Site Map
• Spectroscopy of novel quantum states – Topological Matter
• Students’ area
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• Spectroscopy of novel quantum states – List of members
• Spectroscopy of new quantum states – Unconventional superconductivity
• Spectroscopy of novel quantum states – Effects of magnetic and non-magnetic impurities on superconductivity
• Spectroscopy of novel quantum states – Internships and jobs
• Spectroscopy of novel quantum states – PhD
• Spectroscopy of Novel Quantum States – Experimental development

Posts by category

• Category: Contract
  • Category: Fixed-term contract
    • CNRS Junior Professorship in Near Field Microscopy: Applications and Developments M/F
  • Category: Post-doc
  • Category: Thesis
    • Category: Proposed thesis
    • Category: Thesis defended
    • Category: Thesis in progress
• Category: Highlights
  • Perovskite nanoplatelets examined from every angle
  • Thermocolorimetry based on VO2 to Measure Thermal Conductivity
  • Light-Arthropod Interactions
  • Do THz acoustic waves propagate in glass?
  • Where’s the bias, then?
  • A Nanoscale Twist: Discovery of 2D Magnéli Phases in MoO₃ Films
  • Collecting single photons using adiabatic coupling between waveguide and optical fiber
  • Impact of quantum coherences on the isotopic effect during ultrafast proton transfer
  • When X-rays reveal the intimate deformations of lamellar materials
  • Exploiting magnetic hysteresis to couple an acoustic wave to magnetic dynamics
  • Shaping the magnetic anisotropy of nickel films by coupling with piezoelectricity
  • Towards a more reliable quantification in photoemission spectroscopy
  • How to investigate plasmonic nanoparticles smaller than the diffraction limit with optical microscopy?
  • Controlling the Winding Number of Topological Defects through Materials Engineering
  • Unlocking Quantum Dynamics of Open Systems with MPSDynamics.jl
  • How irregular composite growth patterns become regular: a coupling dynamics
  • Directing Nanoscale Heat Flow in Nanocrystal-Based Metamaterials
  • Whispering gallery modes in microdiscs
  • Cu2Ge: a new 2D topological Semimetal
  • Science meets art: the case of ZnO
  • Welcome to the new PhD Students
  • Quantum transition: when deuterium breaks the symmetry
  • Predicting plasmonic colors to create unexpected color pigments
  • A Magnetic Monopole Antenna
  • Article on the cover of ACS Photonics
  • An Introduction to Plasmonics – Olivier Pluchery, Jean-François Bryche – World Scientific
  • Ferroelectrics and semiconductor nanocrystals bromance
  • Towards a new generation of acoustic imaging
  • A new spectroscopy to unravel spin states in GaAs/AlAs quantum dots
  • Everything is quantum: what I measure, my detector, myself!
  • More efficient peroskite solar cells by inserting metallic nanoparticles
  • Designing acoustic sources adjusted in frequency and size
  • Magnetocaloric films for microscale thermal energy harvesting
  • The adaptive quantum thermal bath for a quantum treatment of atomic nuclei
  • Photoconduction at the diffusion length limit
  • A winning synergy : a biodegradable nanocomposite hydrogel for drug
  • When gold nanoparticles turn into nano-memories…
  • Controlling the shape anisotropy of colloidal nanocrystals to modify the effects of carrier confinement
  • Elastic deformation does not impact fluid sorption in stiff mesoporous materials
  • The role of topological defects liquid crystal materials the organization of nanoparticles
  • Quantum Technologies : a new platform using rare-earth oxide thin films
  • Nanoparticles pin cracks in a proxy for living tissues
  • Bare quantum dots boost UV photoluminescence
  • Nanometric ultrabright light sources
  • Neurons are elastic…
  • Indirect excitons in colloidal core-crown nanoplatelets
  • Equation of State and distribution of density defects for a quasi-condensate of dipolar excitons
  • Electron-electron repulsion and strong relativistic effects at the heart of the fundamental state properties of and a Pb atomic layer
  • New-generation nanocrystals reveal their emission properties
  • On the controversial origin of the band gap states of titanium dioxide
  • Measuring magnetic excitations in a magnonic crystal
• Category: Internship
  • Category: Internship M1
  • Category: Internship M2
• Category: Nature of the position
  • Category: Experimental
  • Category: Theorical
• Category: Non classé
  • Let’s talk parity – What is Matilda effect ?
  • Maria Sanz-Paz, optical antennas for manipulating the emission properties of single-photon sources
  • PhD Offers 2022
• Category: Press review
  • Muyan Zhou – Roger Fourme Award for Best Poster at the 20th SOLEIL Users’ Conference – 14-16/01/26
  • Mathieu Mivelle, ERC PoC 2026 : MAGMA – Extreme Microwave Field Enhancement at the Nanoscale Award Winner
  • Hugo Defienne, ERC PoC 2026 : Quantum-inspired Correlation-Based Adaptive Optics for Microscopy (CORAMI) Award Winner
  • Rendering opacity transparent through quantum entanglement – CNRS Press release – 20/05/26
  • Orazio Scarlatella – Theory of Nonequilibrium and Dissipative Quantum Matter
  • Let’s Talk Parity – Careers in higher education and research: what is the glass ceiling or sticky floor?
  • Let’s Talk Parity – Active witness: what is the « 5 D » method?
  • Geoffroy Prévot, new director of INSP since January 5, 2026
  • Bertrand Evrard – Correlated Electrons in van der Waals Heterostructures
  • Let’s Talk Parity – What is the pyramid of violence?
  • Maurizio Monti – Electronic and vibrational dynamics of novel materials
  • Why do some foams hold up better than others? An answer from space! – Scientific Result – CNRS Physique – 15/09/25
  • Let’s Talk Parity – What is the boys’ club effect?
  • Physics Olympiad 2025 at INSP – 07/22/25
  • Tracking the magnetization dynamics of a magnetic vortex by magnetic helicoidal dichroism – Highlight CEA-IRAMIS – May 22 2025
  • It’s now possible to make matter vibrate on a nanometric scale using a magnetic field! – Highlight CNRS Physics – 5/28/25
  • Let’s talk parity – What is the metaphor of the leaky pipe?
  • Jose Ordonez-Miranda, Modeling heat transport in nanomaterials
  • Quand les microscopes deviennent quantiques – Le Monde – 13/03/24
  • Un microscope quantique pour voir dans les tissus biologiques – Actualité CNRS Physique – 18/03/24
  • Les imageurs infrarouges à base de nanocristaux font un pas vers le monde industriel – Résultat Scientifique CNRS Physique – 06/06/24
  • Welcome to the new PhD Students at INSP
  • New sputtering machine in the INSP cleanroom – June 2023
  • 2023 PhD Day INSP in pictures
  • Emmanuel Lhuillier, ERC Consolidator 2022 grant winner – AQDtive project
  • James Utterback – Optoelectronics: relaxation and energy transport in materials
  • Hugo Defienne, from quantum properties of light to new imaging applications
  • Narrow band gap nanocrystals for infrared cost-effective optoelectronics – Photoniques
  • Broadband Enhancement of Mid-Wave Infrared Absorption in a Multi-Resonant Nanocrystal-Based Device – Article selected as back cover of Advanced Optical Materials
  • Category: Awards
    • Pauline Rovillain, winner of the 2024 CNRS Bronze Medal
    • Corentin Dabard, Winner of the 2024 C’Nano Thesis Award
    • Adrien Khalili, winner of the Grand Prize at the i-PhD competition – Bpifrance – 09/19/24
    • Chantal Hareau and Anupam Sharma, winners of the Best Poster Award at C’Nano, the Nanoscience Meeting 2025
    • Benoît Regnier, Thesis Prize from the Société Française d’Optique – 7/8/26
    • Xixi Zhu, Best Poster Award – 16th EUFOAM European Conference on Foams – July 6–8, 2026
    • Maria Schmetterer, recipient of the IUVSTA Peter Barna Award – 06/2026
    • Matias Feldman – Award for best poster at the 2025 Physics and Chemistry of Materials Doctorate School Days
    • Elena Maria Tosi, winner of the best poster award at the 22nd Colloque Louis Néel
    • Emmanuel Lhuillier, CNRS Bronze Medal 2022
• Category: Transversal Topics
  • Category: Energy
  • Category: Growth - Organization - Interfaces
    • Ultrafast structural dynamics along a phase transition path
    • Photodetection: ionic glass at play to control the carrier density fo nanocrystal array
  • Category: Magnetism and Physics of spin
  • Category: Nano Photo-Phononics
  • Category: Quantum confinement and 2D systems
  • Category: Quantum Technology

Events

• Physics Olympiad 2025 at INSP – 07/22/25
• 8th International School of Sound and Light - SEL2022 - 12-23/09/22
• Seminar - Ultrafast Energy Transport in the Presence of Nanoscale Defects - James Utterback - 26/07/21
• PULSE School - 02-08/07/21

Emplois

• Post-Doctorate - Controlling magnetism with surface acoustic waves (M/F)
• CNRS Junior Professorship in Near Field Microscopy: Applications and Developments M/F

Ouvrages

• Light-Arthropod Interactions
• « Quantum Dots Optics, Electron Transport and Future Applications »
• An Introduction to Plasmonics
• Oxide Thin Films and Nanostructures
• The Nanorevolution - How nanotechnologies are already transforming our everyday life

Pages_perso

• Scarlatella Orazio
• Bertrand Evrard
• Pluchery Olivier
• Aqua Jean-Noël
• Cabailh Greg
• Levy Anna
• Utterback James
• Noguera Claudine
• Trassinelli Martino
• Witkowski Nadine
• Lhuillier Emmanuel

Stages

• Ultrafast Dynamics and Charge Carrier Localization in Metal Halide Perovskites
• Charge carrier dynamics in ZnO nanopowders: influence of oxygen vacancy charge states probed by femtosecond transient absorption spectroscopy
• Plasmonic excitation of nanoparticles for hot electron injection into AuNP/TiO2.
• Influence of the perfluorinated block length on the self-assembling properties of semifluorinated alkanes at the water surface.
• Epitaxy of germanene on silver: a kinetic Monte-Carlo study
• Melting patterns of eutectic composites
• Exotic 2D lattices with Sn
• Machine learning-assisted study of nuclear quantum effects in 2D noble gas clusters
• Adsorption of Organic Acids on MgO Surfaces: Experimental and Theoretical Investigations
• Real-Time Observation of MgO Dissolution: An In Situ TEM Study
• Hot electron injection and defect control in Au–TiO₂ nanocomposites probed by ultrafast transient absorption spectroscopy
• Charge carrier dynamics in rutile TiO₂(110): role of oxygen vacancies probed by femtosecond transient absorption spectroscopy and x-ray photoelectron spectroscopy
• Infrared sensing with enhanced light matter coupling using quantum dot
• Quantum engineering of narrow band gap nanocrystals for Infrared optoelectronics
• Formation of alumina films at the Fe0.85Al0.15 surface beyond the pressure gap
• Quantum dot fluorescence and optomechanical coupling
• Excitonic whispering gallery mode laser in high pumping regime
• Time- and space-resolved detection of GHz magnetization dynamics
• Self-suspended membrane for structural and elastic investigation in industrial applications
• Design and Calculation of Phase Grating with Specific Diffraction Efficiency
• Tailoring Ultrasonic Waves through Phase-Controlled Optical Generation
• Surface acoustic waves for magnonic devices
• Cooperative light emission from self-assembled semiconductor nano-objects
• Test of quantum electrodynamics in strong Coulomb fields
• Optically generated nanoscale magnetic field for ultrafast manipulation of magnetic domains - ERC Project
• Harvesting the Magnetic Field of Light at the Nanoscale - ERC Project

Theses

• Strain Modulation of Altermagnets
• Epitaxy of 2D materials: a combined theoretical and experimental study
• Optimizing the growth of ZnO layers deposited by ion beam assisted cathodic magnetron sputtering
• Quantum dynamics in ion-ion / ion-atom collisions
• Confinement of nanoparticles in liquid crystal defects and associated optical properties
• Active photonics based on nanocrystals
• Experiments on the topological transport of elastic waves in nanostructured metamaterials metamaterials
• Revealing chiroptical interactions at the nanometric scale
• Control of the electronic, chemical, and optical environment of colloidal nanocrsytals for infrared LEDs
• Charge transport in colloidal semiconductor nanocrystal films for optoelectronic devices
• Superfluorescence of quantum light nano-emitters
• Pump-probe microscopy of optoelectronic devices based on nanocrystals
• Manufacture of nanocrystal-based LEDs
• New frontiers for tensors network simulations of open quantum system: from gaussian environments of non-equilibrium spin baths
• Coarsenning of foam made from particule loaded fluids
• Building energy-efficient quantum dot-based LEDs through rational optimization
• Manipulating the photon avalanche process through control of magnetic light
• Measurement of the polariton thermal conductivity of supported nanofilms
• Nested Metasampling for Material Science
• Surface acoustic waves for novel magnetism-based devices
• Modeling and kinetic Monte Carlo simulations of silicene epitaxy
• Coarsening of bubbly suspensions and foams: the interplay of capillarity and yield stress
• Emergent Decoherence and Non-Markovian Quantum Dynamics in Tunable Topological Environements
• Quantification of strategic binary compounds by high-energy photoemission (HAXPES) and combined surface analysis
• Synthesis of plasmonic nanostructures via magneton sputtering : towards controlling their morphology
• Modelling electrons and holes confined in colloidal quantum dots: towards strong light-matter coupling in the multi-excitation regime
• Nanoparticle/liquid crystal composites for new types of photovoltaic devices
• Multiscale simulation of CVD epitaxial growth of semiconductor materials
• Synthesis of plasmonic nanostructures via magneton sputtering : towards controlling their morphology
• Magnetic Excitations in Functional Oxide Thin Films
• Excitonic whispering gallery mode laser in high pumping regime
• Investigation of superconducting misfit dichalcogenides heterostructures grown by molecular beam epitaxy
• Non-local imaging through scattering media
• Strong coupling of single quantum dot emission within plasmonic antenna modes
• Optically generated magnetic fields at the nanoscale
• Strong coupling of multi-excitonic emission from semiconductor nanocrystals with plasmonic cavities
• Certifying High-dimensional quantum entanglement with a camera
• Mid-Wave infrared detectors based on nanocrystals
• owards a nanocrystal-based infrared imager integrating spectral filtering functions
• Solving Maxwell's equations in photonic nanostructures to fundamentally study light-matter coupling
• Ultrafast phase-change materials for single-photon sources
• Coupled quantum dots for embedded quantum photonics
• Misfit Layer Compounds as Ultratunable Field Effect Transistors: From Charge Transfer Control to Emergent Superconductivity
• Surface Acoustic waves for Magnonic devices
• Thin films realized by glancing angle deposition for gaz sensing applications
• Interactions between nanoparticles and liquid crystal topological defects studied by advanced synchrotron experiments
• Composites nanoparticles/liquid crystals for new kinds of photovoltaic devices
• Exploring 2D topological insulators with epitaxial stanene
• Epitaxy of germanene on silver: theory and simulation
• Doping of ZnO thin films: Study of Al insertion by X-ray absorption spectroscopy and Mg interaction with ultra-thin films epitaxial on Ag(111)
• Magnetic Emission of Light in Optical Dielectric and plasmonic nanostructure
• Exploring Ising superconductivity and topological phases in dichalcogenides misfit compounds
• Spatiotemporal study of energy transport in nanocrystal arrays
• Growth dynamics of irregular eutectics: in situ experiments
• Blue Phase Liquid Crystals
• 2D/0D Heterostructure for IR Light Absorption/Detection
• Quantifying color change for polydiacetylene-based sensors
• Spin properties in lead-free perovskite materials
• Test of quantum electrodynamics in strong Coulomb field
• Many-body quantum dynamics in ion-ion collisions
• Exploring Ising superconductivity and topological phases in dichalcogenides misfit compounds
• Dynamics of ion-magnetic surface interaction
• Spin properties in Free-Pb perovskite materials
• Energy migration and collective fluorescence effects from self-assembled nanoparticles
• Excess electrons in reducible TiO2 polymorphs: trapped or free states?
• Selective oxidation of Fe-Al alloys beyond the pressure gap
• Synthesis and characterization of bi-emitting nanoplatelets
• Controlling the electronic structure and conduction properties of nanocrystals via their coupling with ferroelectric layers
• Control of the electronic, chemical, and optical environment of colloidal nanocrsytals for infrared LEDs
• Encoding, detecting and unscrambling images in quantum correlations
• Growth of metallic layers by sputtering: towards the control of the microstructure by the physical parameters of the process
• A-ray metrology for astrophysics and fundamental physics applications
• A novel strategy for the design of catalytically active gold nanoparticles supported on TiO2 and ZnO nanopowders
• Optical generation of magnetic fields at the nanometric scale
• Fabrication and characterization of microlasers based on whispering gallery modes resonators and quantum emitters
• Engineering fluorinated nanoparticles for medical applications: towards structure-properties relationships
• Pseudo-Chiral and achiral nanostructures to boost the detection of chiral biomolecules
• Transport and manipulation of entangled states in complex media
• Theoretical study of optical and electronic properties of halogenated perovskite nanostructures
• Structure and dynamics of nanorods assemblies in bidimensional liquid crystal topological defects
• Using achiral plasmonic resonators to optimize the detection of chiral molecules
• Simulating the Ultrafast Dynamics of Excited State Intramolecular Proton Transfer: from Molecular Dynamics to Matrix Product State
• Order and correlated disorder of plasmonic nanocavities confined in liquid crystal topological defects
• Kinetic Monte-Carlo simulations of the epitaxial growth of Graphene and TMDC on GeOI
• 2D/0D Heterostructure for IR Light Absorption/Detection
• Tensor-Network and Advanced Data Structure methods for the simulation of Open Quantum Dynamics in Energy Harvesting Materials and Machines
• Enhancement of optical activity in metallic nanostructures for the detection of biomolecules
• Interaction between organic monolayers and graphene oxide sheets
• Formation of alumina thin films at the FeAl surface beyond the pressure gap
• Device physics in non-fullerene acceptor solar cell
• Theoretical investigation of the growth of 2D silicene and germanene
• Nested sampling for Nuclear Quantum effects
• Exciton transfers and collective fluorescence effects from self-assembled nanoparticles
• Optically-induced Tesla range magnetic fields
• Scanning tunnelling microscopy investigation of low energy magnetic excitations
• Optoelectronic properties investigations in perovskite nanostructures of the new generation
• Realizing arbitrary quantum operations on a mechanical oscillator
• Growth and Characterization of Bidimentionnal Pb Layers on Silicon Carbide Substrates
• Reactivity and fonctionalizattion of silicene
• Optoelectronics of infrared nanocrystals
• Study of many-body dynamics in ion-ion collisions: a joint experimental and theoretical investigation
• Manipulating 2D excitons in atomic monolayers
• Tuning Magnetization Dynamics by Strain
• Mastery of optical magnetic coupling at the nanometric scale for complete control of light-matter interactions
• Development of polymeric whispering gallery mode microcavities based on semi-conductor nanocrystals
• Ferritin nanocages used as programmable bricks for biomolecular electronics
• Spectral broadening in single quantum dot emission under high excitation power
• Harvesting and Studying the Energy of Magnetic Light
• Strain control of antiferromagnets
• Growth and Characterization of Bidimentionnal Pb Layers on Silicon Carbide Substrates
• Elasticity of neuronal cells by pump-probe spectroscopy
• Aging of complex liquid foams
• Perovskite nanocrystals for hybrid opto-electronic devices
• Magnetism, superconductivity and charge density waves in two-dimensional crystals
• Cavitation of confined fluids in nanoporous media
• Dirac nodal lines in 2D semimetals
• Flurorescence and non-linear emission in plasmonic arrays
• Impact of texture on resistivity of silver-based model low-emissive coatings
• Very high resolution opto-acoustics assisted by nano-objects
• Localization of phonons and photons in random metasurfaces: towards acousto-optical coupling
• Gold nanoparticles connected by molecular switches
• Many-body tensor network methods for open quantum systems and coherent bio-organic devices
• Quantum and anharmonic effects in hydrogen-bonded crystals, surfaces and biological systems
• Photoconduction and transport properties in low band gap nanocrystals
• Study of Langmuir films of [C20mim]+[NTf2]-ionic liquid mixed with graphene oxide or deposited on aqueous subphases containing gold ions and irradiated by X-rays under grazing incidence
• Multiferroic oxide nanostrutres: multi-resistance states
• Multiferroic oxide nanostrutres: multi-resistance states
• Fluorescence Properties of Colloidal Semiconducting Nanoplatelets: from Single Emitters to Self-Assemblie
• Thin film processing and characterization of self-organized semiconducting materials for organic optoelectronics
• Layered Structures of Metal Sulphides
• Experimental study of interfacial anisotropy effects in thin sample directional solidification of Al-Al2Cu eutectic alloys
• Dynamics of Topological Defects in Freely Suspended Smectic Liquid Crystal Films and Bubbles
• Exacerbation of optical circular dichroism and detection of chiral molecules by metal nanostructures
• Self-organization of gold nanoparticles by smectic topological defects, for the emergence of new optical properties
• Influence of electrostatic effects due to radioactivity on the adhesion forces and resuspension of metallic particles
• Nuclear Quantum Dynamics: exploration and comparison of trajectory-based methods
• Engineering the electronic structure of infrared colloidal heterostructure and its application to the design of a new generation of infrared photodetector
• Towards the realization of sensors by polymerization of a Langmuir monolayer
• Measurement of deuteron induced reactions cross sections on 27AI & natB AT Ed