Laboratoire de Physique des Solides - UMR 8502

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    • Meeting Physics/Chemistry at University Paris Sud XI
    • Science Festival
    • International Workshop on ELECTRONIC CRYSTAL
    • Albert Fert and the LPS
    • A viral capsid assembled in a X-ray beam
    • Ancel Prize 2012 awarded to Odile Stéphan
    • First International workshop on the physical properties of lamellar cobaltates
    • How interactions modify the number of electrons in iron based superconductors
    • One diamond + one defect = a very sensitive magnetic microscope
    • Probing the Fe<SUP>2+</SUP>/Fe<SUP>3+</SUP> mixed-valence state in magnetic semiconductor Fe oxides at the atomic scale... and evidencing an expected charge ordering
    • Robert Comès Day 16 March 2007
    • Spatially Resolved Quantum Nano-Optics of Single Photons Using an Electron Microscope
    • Visit by Olivier Jardé
    • Workshop ESF "Novel Physics on the Kagome Network"
  • "Photoémission dans les solides" by Antonio Tejeda and Daniel Malterre
  • "Physics reimagined": A new team at the LPS
  • 1D, 2D … and 3D spin liquids are everywhere !
  • 2D phase transitions infect viruses
  • A colloidal suspension of nanosheets displays several liquid-crystalline phases
  • A comic-strip illustrator embedded with physicists
  • A nanoscopic tsunami inside the electronic chip
  • A new universal law for high temperature superconductivity
  • A Party Trick: How to Lift a Car With Two Phonebooks
  • A route to self-assembling DNA nano-complexes
  • A solid state physics analogue of the water-vapor transition
  • A supramolecular plot twist: chiral nematics of helical nanoparticles
  • A unified description of the preferred orientation of clays
  • Active participation of LPS researchers to the International Year of Crystallography
  • Alexei Chepelianskii received the Grand Prix Jacques Herbrand of the Académie des Sciences
  • Alexis Chennevière received the 2015 Best PhD Award of the Société Française de Neutronique
  • An illustrated guide to the stars and the most astonishing phenomena of the sky
  • André Thiaville gives the IOP Wohlfarth Lecture
  • Atomic manipulation of the gap in Bi₂Sr₂CaCu₂O_8+x
  • Bacterial teamwork decreases resistance to flow
  • Chiral self-assemblies of semiconducting nanoplatelets
  • Chirality magnetic windings observed
  • Christian Colliex was awarded the medal “Vernon E. Cosslett” by the IFSM
  • CNRS Bronze Medal awarded to Charis Quay from the LPS
  • CNRS medal award ceremony
  • Components fabricated in the LPS workshop on their way to Mercury
  • Conjecture on the lateral growth of type I collagen fibrils
  • Custom-made nanotubes
  • Deforming glass can be easier than squeezing out water
  • DNA compaction in a microfluidic channel
  • Do water-proof pens really resist to water?
  • Does pure water foam in microgravity ?
  • Electronic interactions make noise
  • Emilie Tisserond was awarded the 2017 L’Oréal-UNESCO Fellowship for Women in Science
  • Fakir-like graphene
  • Fancy foams from common surfactant
  • Fluorescent films that change their properties when stretched
  • Foam research goes Bronze
  • Frequency-Domain Measurement of the Spin Imbalance Lifetime in Superconductors
  • Henri Alloul is Doctor Honoris Causa of Kazan Federal University
  • High kinetic inductance superconducting nanowires
  • How a virus self-organizes while correcting its errors
  • How can insulating iridates become conducting ?
  • How does an incommensurate system slide? Role of dimensionality.
  • How does whipped cream destabilise?
  • How surface periodicities can open a gap on graphene
  • How to achieve a successful biaxial marriage
  • How to control the magnetic state of a quantum dot with the superconducting phase?
  • How to prevent large bubbles from eating small ones?
  • How to shuffle a nano-deck of cards
  • How to weigh polymers packaged in a virus capsid
  • Inauguration of the building 510
  • Interferences reveal hidden geometry of electronic band structures
  • Internal stress in a floating biofilm of bacteria
  • Interplay between magnetism and superconductivity near the pressure induced Mott transition in the Cs₃C₆₀ compound
  • Interplay of anisotropy in shape and interactions on phase behavior and dynamics of charged platelet suspensions
  • Kidney stones studied by STEM-EELS spectromicroscopy reveal their similarities with other biominerals
  • Learning optics through experimenting
  • Lorène Champougny received a L’Oréal-Unesco fellowship
  • Marcel Tencé awarded the Raimond Castaing Prize 2017 from the French Society of Microscopy
  • Mathieu Kociak was awarded a medal of the Royal Society of Microscopy
  • Memory-loss in magnetic random access memories
  • Multiscale deposition of noble metal nanoparticles
  • Nanotubes that change their shape when assembled
  • New edge states discovered in photonic graphene
  • Nobel prize for cryo-Electron Microscopy
  • Noisy defects in a high temperature superconductor
  • Observation and control of domain wall jumps at the nanometer scale
  • On the art of collectively jumping universal barriers
  • Open TP: students’ labs, Fab-Lab style
  • Optimal thermal activation and barrier crossing
  • Out-of-equilibrium Mott insulators: a step towards artificial neurons
  • Pawel Pieranski was awarded the Félix Robin great prize !
  • Photon emission and absorption by plasmons at the nanoscale
  • Point Defects in h-BN as efficient UV quantum emitters
  • Probing lipid membrane nano-mechanics
  • Quantum Critical Points and Perfect QuasiCrystals
  • Resonant spins in a conventional superconductor (aluminium)
  • Revealing ballistic transport in topological bismuth nanowires
  • Second Innovation Prize of the University Paris Sud for members of the LPS
  • Self-assembly dynamics of an icosahedral virus packaging genome
  • Self-assembly of semi-conducting CdSe nanoplatelets in large needles
  • Self-hybridization within non-Hermitian localized surface plasmons
  • Shot-noise scanning tunnelling microscopy
  • Sophie Meuret awarded the Favard 2017 prize by the Sfµ
  • Stars in superconductors
  • Structural resolution of nanotubes with complex stoichiometry
  • The "Taste for science" award for the "Physics Reimagined" research team
  • The 2015 AFC thesis award in Physics is attributed to Mohamed Salah Amara
  • The Grand Prix Servant of the Académie des Sciences awarded to Gilles Montambaux
  • The Luckhurst-Samulski prize was awarded to Pawel Pieranski
  • The Ouzo effect: nanosynthesis made simple
  • The rupture of a vertical soap film is a deterministic phenomenon
  • The semiconducting cousin of graphene
  • The surprising self-organization of nanotubes in a very dilute columnar liquid-crystal phase
  • Topological insulators probed with ultrafast laser pulses
  • Topological phenomena in condensed matter — where mathematics meets materials science
  • Toward skyrmions in magnetic memories
  • Towards new anisotropic materials with tunable magnetic properties
  • Towards original quasicrystals built by the self-assembly of gold nanoparticles
  • Traces of copper around remains from Marie de Bretagne
  • Transient phases of matter – between metal and insulator
  • Tunneling time probed by quantum shot noise
  • What is the friction of foam?
  • When the structure reveals the multiferroic properties: towards energy-saving hard drives
  • Why do some “bad metals” become “good superconductors”?
  • Yb₂Ti₂O₇: a quantum material under pressure
  • Zoology of Spin and Valley Skyrmions in Graphene
• Notes
  • Highlights
    • Archives 2005
      • A triple-network tricontinuous cubicliquid crystal
      • Physique Mésoscopique des électrons et des photons
      • Nanotube Carbon Fibres: Muscular, intelligent yet sensitive (LA RECHERCHE award, 2004)
      • From theoretical physics to experimentation: the case of "Mott transition"
      • A "nano-onion" structure - A new material with highly resilient mechanical behaviour, made of nitrogen doped fullerenes
      • Conduction by molecular wires - the proof from DNA
      • Display without losing memory: Nematic bistables for display devices.
      • Supercurrents through Carbon Nanotubes
      • A mineral liquid crystal orients under magnetic field: prospects of applications
      • High-density magnetic recording: draw with ions
      • A Nanoanalysis Tool for the Nanotechnology of Tomorrow
    • Archives 2006
    • Archives 2007
    • Archives 2008
    • Archives 2009
    • LPS Highlights 2010
    • LPS Highlights 2011
    • LPS Highlights 2012
    • LPS Highlights 2013
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