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Positioned at the crossroad of science and technology, Spintec is one of the leading research laboratories in spintronics. From basic science to proof of concepts and technology transfer, Spintec is the ideal place to conduct R&D projects in nanomagnetism and spin-electronics. Whether a skilled individual, a corporation or a research organization, there are many opportunities for you at Spintec.
Come and join us !


Agenda

  • 12 April 2013
    Les technologies CMOS/magnétiques franchissent une nouvelle (...)
  • 12 April 2013
    SPINTEC organizes the panel discussion at the International (...)
  • 15 March 2013
    Depuis Grenoble, SPINTEC fait rayonner l’électronique de (...)
  • 6 March 2013
    Spintec réinvente la boussole électronique
  • 28 January 2013
    La Commission européenne sélectionne le projet phare de recherche (...)
  • 8 January 2013
    1-3 July 2013 : Introductory course on Magnetic Random Access (...)

Jobs

  • 2013.03.11 Post Doc position (This Post Doc position is now (...)
  • 2012.03.06 - PhD Position
  • Modélisation de phénomènes spintroniques dans de nanostructures (...)
  • Capteur de champ magnétique ultra-sensible pour des applications (...)
  • Optimisation de la résistance des jonctions tunnel magnétiques au (...)
  • Ab-initio studies of magnetocristalline anisotropy at graphene (...)
  • Theory of spin transfer torques in ferroelectric insulator based (...)
  • Simulations numériques des nouveaux nano-dispositifs pour la (...)
  • Three Master Projects on Spin Torque Driven Magnetization (...)
  •  Spintec Overview
      • Organization
      • Directions
      • Contact
  •  Research
    •  Theory / Simulation
        • Magnetization dynamics simulations in spin torque oscillators (STO)
        • Micromagnetic simulations for spintronic devices
        • White papers / Major publications
    •  RF Devices
      •  Spin Transfer based RF oscillators basics
          • How to increase the output power : High Impedance Amplification !
          • How to maximize the precession amplitude using a perpendicular polarizer ?
          • How to increase the output power : Spin valves vs. tunnel junctions !
          • How to reduce the Linewidth ? Synthetic Antiferromagnets (SAF) !
          • Origin of linewidth broadening ? Frequency Fluctuations !
          • Origin of linewidth broadening ? Phase and Amplitude Noise !
        • MTJ Materials
        • Spin Pumping
        • STNO Dynamics
        • Impedance Matching
        • White papers / Major publications
    •  Sensors and Advanced concepts
      •  Transport and Noise
          • Vortex dynamics in magnetic tunnel junctions with low resistance barrier.
          • Influence of spin transfer torque on noise in magnetic tunnel junctions
      •  Sensors
          • Nouvel article
      •  Emerging Concepts
          • Spin dependent transport within antiferromagnets
        • White papers / Major publications
    •  MRAM
        • Pathos
        • Exchange bias for ultimate devices
        • Spin transfer torque writing in thermally assisted magnetic memories
        • Thermally assisted magnetic memories (TA-MRAM)
        • White papers / Major publications
    •  Non-volatile Logic
      •  ERC Advanced Grant HYMAGINE
          • SPICE modelling of precessional spin-transfer switching in MRAM cells with a perpendicular polarizer
          • Spin transfer torque switching assisted by thermally induced anisotropy reorientation in perpendicular magnetic tunnel junctions
          • Spin-current vortices in current-perpendicular-to-plane nanoconstricted spin valves
          • Sub-nanosecond Precessional Switching in a MRAM Cell with a Perpendicular Polarizer
          • Thermally assisted MRAMs: ultimate scalability and logic functionalities
          • Parametric oscillator based on nonlinear vortex dynamics in low-resistance magnetic tunnel junctions
          • Precessional spin-transfer switching in a magnetic tunnel junction with a synthetic antiferromagnetic perpendicular polarizer
          • Extended scalability and functionalities of MRAM based on thermally assisted writing
          • Finite Element Modeling of Charge- and Spin-Currents in Magnetoresistive Pillars With Current Crowding Effects
          • First-principles investigation of the very large perpendicular magnetic anisotropy at Fe|MgO and Co|MgO interfaces
          • Spintronic Devices for Memory and Logic Applications
          • Heating asymmetry induced by tunneling current flow in magnetic tunnel junctions
          • Improved coherence of ultrafast spin-transfer-driven precessional switching with synthetic antiferromagnet perpendicular polarizer
          • Modelling of time-dependent dielectric barrier breakdown mechanisms in MgO-based magnetic tunnel junctions
          • Barrier Breakdown mechanisms in MgO-based Magnetic Tunnel Junctions under pulsed conditions
          • Enhancement of perpendicular magnetic anisotropy through reduction of Co-Pt interdiffusion in (Co/Pt) multilayers
          • A hybrid magnetic/complementary metal oxide semiconductor process design kit for the design of low-power non-volatile logic circuits
          • Barrier Breakdown Mechanisms in MgO-Based Magnetic Tunnel Junctions and Correlation With Low-Frequency Noise
          • Correlation between write endurance and electrical low frequency noise in MgO based magnetic tunnel junctions
          • Magnetic Random Access Random Access
          • Charge trapping-detrapping mechanism of barrier breakdown in MgO magnetic tunnel junctions
          • Diffusive model of current-in-plane-tunneling in double magnetic tunnel junctions
          • Enhancement of perpendicular magnetic anisotropy thanks to Pt insertions in synthetic antiferromagnets
        • Hybrid CMOS/magnetic logic circuits
        • White papers / Major publications
    •  Health and Biology
        • Nano-Shark
        • Microswimmers
        • White papers / Major publications
    •  Technical Support
        • Functional Materials
    •  Projects Archive
        • Domain wall motion in perpendicular magnetized samples
        • Spin-polarised transport mechanisms at the ferromagnet/silicon interface
        • Multilevel storage: a promising route for above 1Tbit/in² magnetic storage
  •  Facilities
      • Characterization
      • PTA
      • Materials Deposition
  •  People
      • Management
      • Directory
  •  News
    •  Science
        • Spintec réinvente la boussole électronique
        • Depuis Grenoble, SPINTEC fait rayonner l’électronique de Spin au-delà des frontières
        • GMAG PhD Dissertation Research Award
        • Leon Brillouin Prize awarded to Lucian Prejbeanu from SPINTEC/Crocus Technology
        • SPINTEC organizes the panel discussion at the International Memory Workshop May 2013 in Monterey on the topic "MRAM/STTRAM/TA-MRAM, which ones have a future?for which applications?which challenges still on the way?
        • Les technologies CMOS/magnétiques franchissent une nouvelle étape
        • 1-3 July 2013 : Introductory course on Magnetic Random Access Memory
    •  Press Release
        • La Commission européenne sélectionne le projet phare de recherche Graphène
    •  Social Events
    •  Archives
        • Noise in sub-micrometric magnetoresistive elements
        • Spintec and Cypress semiconductors demonstrate the potential of thermally assisted switching for MRAM
        • Spintec and LETI launch a large R&D effort on the development of ultra-fast MRAM
        • Spintec spins off start-up company Crocus Technology to develop low power MRAM
        • Spintec officially launched by the signature of the legal documents between CEA and CNRS
        • Spintec and LTM launch R&D effort on patterned media
        • Spintec spin-off wins ANVAR grand prize
        • Spintec demonstrates 5 ns write time in thermally assisted MRAM
        • Spintec launches R&D effort on logic devices
        • LETI and Spintec to explore spin torque based RF devices
        • LETI and Spintec to join forces
        • First wafer out for Spintron and partners
        • Développements applicatifs de l’électronique de spin
        • Spintec gains EU contract on spin injection devices
        • Sailing party at Monteynard
        • Spintec and Crocus partnership
        • CROCUS
        • Decouverte magazine
        • Couple de spin dans les parois de domaine (Gilles Gaudin - SPINTEC)
        • L’oscillateur magnétorésistif a la taille fine (Dimitri Houssamedine - SPINTEC)
        • COUPLE : DES CALCULS … ET DE L’EXPéRIENCE
        • Bernard Dieny nommé Fellow de l’IEEE
        • Un oscillateur hors normes découvert… par hasard
  •  Jobs
    •  Undergraduates
        • Ab-initio studies of magnetocristalline anisotropy at graphene magnetic materials interfaces
        • Optimisation de la résistance des jonctions tunnel magnétiques au claquage diélectrique
        • Simulations numériques des nouveaux nano-dispositifs pour la spintronique
        • Theory of spin transfer torques in ferroelectric insulator based magnetic tunnel junctions
        • Capteur de champ magnétique ultra-sensible pour des applications spatiales
        • Three Master Projects on Spin Torque Driven Magnetization Dynamics for microwave applications
        • Modélisation de phénomènes spintroniques dans de nanostructures ferromagnétiques
    •  PhD positions
        • Modélisation de phénomènes spintroniques dans de nanostructures ferromagnétiques
        • 2012.03.06 - PhD Position
    •  Post doctoral positions
        • 2013.03.11 Post Doc position (This Post Doc position is now filled)
  •  Publications
      • Soutenance de thèse - Adrien VAYSSET
      • Books, Articles and Proceedings
      • Conference Presentations
      • Theses, Habilitations and Reports
      • Magazines Articles
      • Patents


SPINTEC is jointly operated by CEA, CNRS, UJF, G-INP and located in Grenoble, France