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The lectures of all ESM schools since 2003 are ordered here following of topics. Those pertaining to several topics are listed several times. The topics are:
Magnetic field and moments
- Fields, magnetostatics, units: Marco Coisson, Torino, Italy [ Slides | Recording ]
- Magnetism from atoms to solids: Heike Herper, Uppsala, Sweden [ Slides | Recording ]
- Atomic magnetism: Henrik Rønnow, Lausanne, Switzerland [Slides | Recording ]
- Physical quantities and units in Magnetism: Olivier Fruchart, Grenoble, France [Slides | Recording ]
- Atomic magnetism: Julie Staunton, Warwick, UK [Slides | Recording ]
- Magnetic moments, dipoles and fields: Richard Evans, York, UK [Slides | Recording ]
- Magnetism on the single atom: Juanjo de Miguel, Madrid, Spain [ Slides | Recording ]
- Magnetism on the single atom: J. Michael D. Coey, Dublin, Ireland [ Recording ]
- Fields, magnetostatics, units: Stephen Blundell, Oxford, UK [ Slides part1 & part2 | Recording part1 & part2 ]
- Magnetic moment on the atom: Viorel Pop, Cluj-Napoca, Romania [ Slides | Recording ]
- Units, fields, moments, forces: Gianfranco Durin, Torino, Italy [ Slides | Recording ]
- Origin of magnetism (spin and orbital momentum, atoms and ions, paramagnetism and diamagnetism): Stephen Blundell, Oxford, UK [ Slides | Recording ]
- Fields, moments, units: Olivier Fruchart, Grenoble, France [ Slides | Recording ]
- Fields, moments, units: Olivier Fruchart, Grenoble, France [ Abstract | Slides ]
- Magnetism of atoms, Hund's rules, spin-orbit in atoms: Virginie Simonet, Grenoble, France [ Abstract ]
- Units in Magnetism (practical): Olivier Fruchart, Grenoble, France [ Questions | Answers ]
- Magnetism of atoms and ions: Janusz Adamowski, Kraków, Poland [ Abstract | Slides ]
- Fields, Moments, Units, Magnetostatics: Richard Evans, York, UK [ Abstract | Slides ]
- Fields, Units, Magnetostatics: Laurent Ranno, Grenoble, France [ Abstract | Slides ]
- Magnetism of atoms and ions: Wulf Wulfhekel, Karlsruhe, Germany [ Abstract | Slides ]
- Units in Magnetism (practical): Olivier Fruchart, Grenoble, France [ Questions | Answers ]
- Units in Magnetism (practical): Olivier Fruchart, Grenoble, France [ Questions | Answers ]
- Basic magnetostatic and field properties, units: John Michael Coey, Dublin, Ireland [ Abstract | Pt.1 | Pt.2 ]
- Magnetism of single atoms: John Michael Coey, Dublin, Ireland [ Abstract | Slides ]
- Fields and magnetostatic, units, magnetism of ions: Wulf Wulfhekel, Karlsruhe, Germany [ Abstract | Slides ]
- Units in Magnetism: Olivier Fruchart, Grenoble, France [ Abstract ]
- Converting cgs versus SI units Stephen Blundell, Oxford, UK [ Table ]
- Magnetostatics, Magnetic field response, Localized moments Hartmut Zabel, Ruhr-Uni. Bochum, Germany [ Abstract | pt.1 | pt.2 | pt.3 ]
- Magnetic field, Origin of magnetism, Spin and orbital magnetic moments, Crystal field, Magnetism of free electrons - Paramagnetism etc.: John Michael Coey, TCD-Dublin, Ireland. [ Abstract pt.1 | pt.2 ] [ Slides pt.1 | pt.2 | pt.3-4 ]
- Fundamental properties: Ekkes Brück, , Amsterdam, The Netherlands [ Abstract | Slides pt.1 | Slides pt.2 ]
- Basis and magnetic materials: K.H.
Müller [ Abstract | Slides (2.2MB) ]
- Magnetism of matter - Basic interactions and magnetization processes: D.
Givord [ Abstract | Slides ]
Exchange, magnetic ordering, magnetic anisotropy
Symmetries in condensed matter
- Symmetries in solid state systems: Aires Ferreira, York, UK [ Slides | Recording ]
- Symmetry and dimensionality. Phase transitions, Landau theory
Laurent Chapon, Diamond, UK [ Abstract | Slides ]
Exchange and magnetic orders
- Electronic structure and magnetism: Olle Eriksson, Uppsala, Sweden [ Slides pt1 pt2 pt3 | Recording ]
- Exchange interactions: Eric Bousquet, Liège, Belgium [Slides | Recording ]
- Exchange interactions, magnetic order and structure: Julie Staunton, Warwick, UK [Slides | Recording ]
- Magnetic interactions, magnetic ordering:
Oscar Iglesias, Barcelona, Spain [ Slides | Recording ]
- Exchange interactions, ordering and magnetic structures:
J. Michael D. Coey, Dublin, Ireland [ Recording ]
- Crystal electric field, Spin-orbit, magnetic anisotropy, DMI:
Stephen Blundell, Oxford, UK [ Slides | Recording ]
- Exchange and magnetic ordering: Bertrand Dupé,
Liège, Belgium [ Slides | Recording: pt1 & pt.2 ]
- Exchange interactions, ordering, localized and band magnetism: Stephen Blundell,
Oxford, UK [ Slides | Recording ]
- Magnetic ordering, mean field: Leon Abelmann,
Saarbrücken, Germany [ Abstract | Slides ]
- Magnetic interactions. Anisotropy: Leon Abelmann,
Saarbrücken, Germany [ Abstract ]
- Magnetic ordering, magnetic anisotropy and the mean-field theory: Alexandra Kalashnikova,
St Petersburg, Russian Federation [ Abstract | Slides ]
- Electronic and magnetic properties of matter: Stefan Blügel, Jülich, Germany [Abstract | Slides (1) | Slides (2) ]
- Magnetic interactions: exchange RKKY. Localized and itinerant magnetism: Stefan Blügel, Jülich, Germany [Abstract | Slides (3) ]
- Magnetic interactions: exchange RKKY. Localized and itinerant magnetism: Ingrid Mertig, Halle, Germany [ Slides ]
- An introduction to magnetism of ferrimagnets (practical)):
Olivier Isnard, Grenoble, France [ Supporting material ]
- Symmetry and dimensionality. Phase transitions, Landau theory
Laurent Chapon, Diamond, UK [ Abstract | Slides ]
- Mean field theory of magnetic ordering
Wulf Wulfhekel, Karlsruhe, Germany [ Abstract | Slides ]
- An introduction to magnetism of ferrimagnets (practical)):
Olivier Isnard, Grenoble, France [ Supporting material ]
- Exchange and ordering – Localized and band magnetism:
Stephen Blundell, Oxford, UK [ Abstract | Pt.1 | Pt.2 ]
- Exchange and ordering – Localized and band magnetism: Claudine Lacroix, Grenoble, France [ Abstract | Slides]
- Exchange and ordering – Localized and band magnetism:
Stephen Blundell, Oxford, UK [ Abstract | Slides: Pt.1 | Pt.2]
- Mean field in magnetism:
Zoltan Neda, Cluj-Napoca, Romania [ Abstract | Lecture notes ]
- Models in magnetism:
Emil Burzo, Cluj-Napoca, Romania [ Slides ]
- Exchange interactions: exchange, super-exchange, RKKY, Stoner ferromagnetism:
Tomasz Dietl,
Warsaw, Poland. [ Abstract | Slides ]
- Magnetic Order: different types, dimensionality effects, number of components (Ising, XY, Heisenberg):
Peter de Chatel,
Amsterdam, The Netherlands. [ Abstract | Slides ]
- Magnetism at finite temperature: molecular field, phase transitions: Claudine Lacroix,
Institut Néel - Grenoble, France [ Slides ].
Magnetic anisotropy
- Magnetic anisotropy: Franziska Scheibel, Darmstadt, Germany [ Slides | Recording ]
- Magnetic anisotropy and magnetostriction:
Mathias Weiler, Kaiserslautern, Germany [ Slides | Recording ]
- Magnetic anisotropy: origin, intuitive models, examples:
Alexey V. Kimel, Nijmegen, The Netherlands [ Slides | Recording ]
- Crystal fields, spin-orbit coupling, magnetic anisotropy:
Oscar Iglesias, Barcelona, Spain [ Slides | Recording ]
- Magnetic anisotropy:
Sophie De Brion, Grenoble, France [ Slides | Recording ]
- Spin-orbit coupling and crystal electric field in matter, magnetic anisotropy etc:
Julie Staunton, Warwick, UK [ Slides | Recording ]
- Spin-orbit coupling and crystal electric field in matter, magnetic anisotropy etc:
Julie Staunton, Warwick, UK [ Abstract | Slides ]
- Magnetism and the lattice:
Stephen Blundell, Oxford, UK [ Abstract | Slides ]
- Magnetic anisotropy and crystal electric field: Michael Kuzmin, Dresden, Germany [ Abstract | Review article | Handwritten notes ]
- Magnetic anisotropy: Bayreuther, Günther, Univ. Regensburg and MPI-Halle, Germany [ Abstract | Slides]
- Magnetic anisotropy and how it can be controlled: Dirk Sander,
MPI-Halle, Germany. [ Abstract | Slides ]
Topology, magnetic frustration
- Topological magnetism: Maxim Mostovoy, Groningen, The Netherlands [ Slides | Recording ]
- Topology in Magnetism. Spin textures, topological numbers, topological insulators, topological spin liquids: Henrik Rønnow, Lausanne, Switzerland [ Abstract | Slides ]
- Magnetic frustration (bulk and nano): B. Canals, Grenoble, France [ Abstract | Slides ]
- Getting a grasp of frustration (practical): B. Canals, Grenoble, France [ Abstract ]
- Magnetic excitations: from classical spin waves to quantum entangled excitations in low-dimensional and frustrated magnetic materials: Michel Kenzelmann, Villigen, Switzerland [ Abstract ]
Low-dimensional and surface magnetism
- Rashba, Dresselhaus effet and spin transport: Peter Oppeneer, Uppsala, Sweden [ Slides | Recording ]
- Surface and interface magnetism: Biplab Sanyal, Uppsala, Sweden [ Slides | Recording ]
- Surface and Interface Magnetism: An Introduction for thin-films and multilayers:Del Atkinson, Durham, UK [ Slides | Recording ]
- Surface and Interface Magnetism:Stefan Blügel, Jülich, Germany [ Slides | Recording ]
- Multifunctional magnetic nanostructures: Denys Makarov, Dresden, Germany [ Slides | Recording ]
- Magnetic heterostructures and nanoscopic materials: Denys Makarov, Dresden, Germany [ Slides | Recording ]
- Low dimensional magnetism -
experiments: O. Fruchart, Grenoble, France [ Abstract | Slides ]
- Low dimensional magnetism : the role of the electronic structure: H.
Dreyssé, Strasbourg, France [ Content | Abstract ]
- From the atom to magnetic nanoparticles: E.
Bonet, Grenoble, France [ Abstract | Slides ]
Temperature effects, excitations, quantum tunneling
Magnetic ordering and phase transitions
- Mean field theory of magnetic ordering
Wulf Wulfhekel, Karlsruhe, Germany [ Abstract | Slides ]
- Magnetism at finite temperature Claudine Lacroix, Institut Néel - Grenoble, France [ Slides ]
- Thermodynamics and phase transitions in magnetic systems: Karl Sandeman, London, United Kingdom [ Abstract | Slides-1 | Slides-2 ]
- Mean field and beyond, magnetization and anisotropy: Michael Kuzmin, Dresden, Germany [ Abstract | Review article | Handwritten notes ]
- Spin glasses, concepts and analysis of susceptibility: Holdsworth, Peter, ENS Lyon, France [ Abstract | Slides ]
- Phase transitions (mainly 1st order): Ekkes Brück, TU-Delft, The Netherlands [ Abstract | Slides ]
- Magnetism at finite temperature: molecular field, phase transitions: Claudine Lacroix,
Institut Néel - Grenoble, France [ Slides ]
Magnons
- Magnetic excitations: from classical spin waves to quantum entangled excitations in low-dimensional and frustrated magnetic materials: Michel Kenzelmann, Villigen, Switzerland [ Abstract ]
- Spin waves: theory and neutron scattering: Sylvain Petit, CEA-Saclay, France [ Abstract | pt.1 | pt.2 ]
- Spin excitations in magnetic structures of different dimensions: Wulf Wulfhekel,
Univ. Karlsruhe, Germany. [ Abstract | Slides ]
- Surface magnons by EELS: J. Kirschner [ Abstract | Slides (1.9MB) ]
Micromagnetic processes at finite temperature
- Micromagnetics and atomic spin dynamics: Liliana Buda-Prejbeanu, Grenoble, France [ Slides | Recording ]
- Magnetization dynamics at different time scales: dissipation and thermal processes:
Oksana Chubykalo-Fesenko,
CSIC-Madrid, Spain. [ Abstract | pt.1 | pt.2 ]
- Numerical simulation of the magnetization
reversal dynamics (finite temperature dynamics,
metal/metal spin injection): J. Miltat
Correlated systems
- Correlated electrons and magnetism: Roser Valenti, Frankfurt, Germany [ Slides | Recording ]
- Oxitronics, van der Waals materials and beyong: Santamaria, Jacobo Madrid, Spain [ Slides | Recording ]
- Strongly correlated electron systems: Stéphane Raymond, CEA - Grenoble & ILL - Grenoble, France [ Abstract | Slides ]
- Review of typical behaviors observed in strongly correlated systems: Charles Simon, Caen, France. [ Abstract | Slides ]
- Spin fluctuation theory for itinerant magnetism and introduction to the physics of the Kondo effect: Mireille Lavagna, CEA-Grenoble, France. [ Abstract | Slides ]
- Metal-insulator transition (Mott Hubard) - Magnetism and superconductivity: Jozef Spalek, IF-Krakow, Poland. [ Abstract | Slides pt.1 & pt.2 ]
- Correlation effects and the electronic structure of half-metallic ferromagnets: Liviu Chioncel [ Abstract | Slides ]
Transport
Magnetic semiconductors and oxides
- Transport in magnetic semiconductors and oxides: Tomasz Dietl, Warsaw, Poland. [ Abstract | Slides ]
- Coherent transport and spin effects in quantum dots: Bogdan Bulka, Institute of Molecular Physics, Poznan, Poland [ Abstract | Slides ]
General transport theory
- Phenomenological electronic transport: Mads Brandbyge, Lyngby, Denmark [ Slides | Recording ]
- Transport and spintronics: Yoshichika Otani, Tokyo, Japan [ Slides | Recording:pt.1, pt.2 ]
- Transport and spintronics: Joo-Von Kim, Orsay, France [Slides | Recording ]
- Transport and magnetotransport: Laurent Ranno, Grenoble, France [ Abstract | Slides ]
- Charge, heat and spin transport: Gerrit Bauer, Sendai, Japan; Delft, The Netherlands [ Abstract | Pt.1 | Pt.2 ]
- ESM 2015 (Spin currents) - Introduction to the School: Laurent Vila (chair) [ Slides ]
- Giant Hall Effects and Hall effect Michel Viret [ Abstract | Slides ]
- Scattering theory of transport in magnetic systems: X. Waintal [ Abstract | Slides ]
Spin transport and magnetoresistance
- Antiferromagnetic spintronics: Libor Smejkal, Dresden, Germany [ Slides | Recording ]
- Introduction to altermagnetism: Libor Smejkal, Dresden, Germany [ Slides | Recording ]
- Rashba, Dresselhaus effet and spin transport: Peter Oppeneer, Uppsala, Sweden [ Slides | Recording ]
- Quantum spin transport: Leonor Chico, Madrid, Spain [ Slides | Recording ]
- Spin-Hall effect: Felix Casanova, San Sebastian, Spain [ Slides | Recording ]
- Spin-transfer torque: Aurélien Manchon, Marseille, France [ Slides | Recording ]
- Spin Transport: GMR, TMR etc.: Aurélien Manchon, Marseille, France [ Slides | Recording ]
- Transport and spintronics: Yoshichika Otani, Tokyo, Japan [ Slides | Recording: pt.1, pt.2 ]
- Theory of spin transport phenomena in magnetic tunnel junctions: Mair Chshiev, Grenoble, France [ Abstract | Slides ]
- Spin currents and transfer with magnetic insulators: Gerrit Bauer, Sendai, Japan; Delft, The Netherlands [ Abstract | Slides ]
- Sources of spin currents: Sergio O. Valenzuela, Barcelona, Spain [ Abstract | Slides ]
- Magnetoresistance phenomena: Coriolan Tiusan,
Cluj-Napoca, Romania. [ Abstract | Pt.1 (AMR, GMR, AHE, SHE) | Pt.2 (TMR) ]
- Spin currents and spin Seebeck: Sergio O. Valenzuela, Barcelona, Spain [ Abstract | Slides ]
- Models in spintronics: Drude, Mott, Giant Magnetoresistance and Valet-Fert, spin transfer and torque: Bernard Diény,
Spintec-Grenoble, France. [ Abstract | Slides ]
- Models in spintronics: Drude, Mott, Giant Magnetoresistance and Valet-Fert, spin transfer and torque: Bernard Diény,
Spintec-Grenoble, France. [ Abstract | Slides ]
- Models in spintronics: transport in metal/insulator and metal/semi-conductor heterostructures: Bernard Diény,
Spintec-Grenoble, France (continued) [ Slides ].
- Giant magneto impedance and applications: Manuel Vazquez, Material Science Institute, Madrid, Spain [ Abstract | Slides ]
- Magnetoresistance phenomena in magnetic materials and devices: M. de Teresa [ Abstract | Slides (4.2MB) ]
- Spin dependent transport - diffusive aspects : H. Jaffres [ Abstract ]
- Spin dependent tunnel transport and spin polarization :
L. Ranno [ Abstract | Slides ]
- Spin polarized transport in Superconductor/Ferromagnet junctions: M. Aprili [ Abstract | Slides ]
Magnetization processes
Magnetization processes
- Magnetization reversal processes: Oscar Grånäs, Uppsala, Sweden [ Slides | Recording ]
- Domains and domain walls: Lukas Koerber, Nijmegen, The Netherlands [ Slides | Recording ]
- Magnetization reversal processes:Stéphane Mangin, Nancy, France [ Slides | Recording ]
- Electric-field control of magnetism:Manuel Bibes, Paris, France [ Slides | Recording ]
- Domains and domain walls:Stefan Blügel, Jülich, Germany [ Slides | Recording ]
- Magnetization reversal: from fundamental principles to fundamental limit:
Alexey V. Kimel, Nijmegen, The Netherlands [ Slides | Recording ]
- Magnetization reversal processes: Olivier Fruchart, Grenoble, France [ Slides | Recording ]
- Magnetization reversal in materials: Claire Donnelly, Dresden, Germany [ Slides | Recording ]
- Magnetization processes: Gianfranco Durin, Torino, Italy [ Slides | Recording ]
- Magnetization reversal, from quasistatics to dynamics: Oksana Chubykalo-Fesenko, Madrid, Spain [ Slides | Recording ]
- Magnetization textures and processes: Olivier Fruchart, Grenoble, France [ Abstract | Slides ]
- Quasi-static magnetization processes, domain states, nontrivial spin textures: Joo-Von Kim,
Orsay, France [ Abstract | Slides ]
- Domains and domain walls: Andrés Cano, Bordeaux, France, and Zürich, Swizerland [ Abstract | Slides ]
- Magnetization processes in bulk and nano under field, current, strain, light, heat: Christian Back, Regensburg, Germany [ Abstract | Slides ]
- Simple concepts of magnetization processes - from macrospins to materials: Olivier Fruchart, Grenoble, France [ Abstract | Slides ]
- Magnetization switching of single particles and assemblies - The Stoner-Wohlfarth model (practical): Victorino Franco, Sevilla, Spain [ Supporting slides ]
- Energy losses in magnetic materials: Fausto Fiorillo, Torino, Italy [ Introduction | Problems ]
- Tutorial - The random anisotropy model: Giselher Herzer, Vacuumschmelze, Germany [ Abstract | Tutorial software | Supporting slides ]
- Basic concepts on magnetization reversal in nanostructures: magnetic field and temperature influence:
Stanislas Rohart, LPS - Paris, France [ Abstract | pt.1 | pt.2 ]
- Tutorial - A few analytical micromagnetic problems: Stanislas Rohart, LPS - Paris, France [ Supporting material | Solutions ]
- Simple concepts of magnetization reversal - from materials to nanostructures:
Olivier Fruchart,
Institut Néel - Grenoble, France. [ Abstract | Slides pt.1 & pt.2 ]
- Tutorials - Analytical micromagnetics: Olivier Fruchart,
Institut Néel, Grenoble [ Supporting material (updated 2009-09-15) ].
- An overview of magnetization reversal - The basics: Olivier Fruchart, Néel Institute, Grenoble, France [ Slides ]
- Magnetization reversal - Non-single domain effects: Olivier Fruchart, Néel Institute, Grenoble, France [ Slides ]
- The magnetic microstructure of nanostructured materials: Rudolf Schäfer, IFW, Dresden, Germany [ Abstract | Slides pt.1-2 ]
- Magnetism of matter - Basic interactions and magnetization processes: D.
Givord [ Abstract | Slides ]
- Magnetism and magnetization processes in nanostructured systems : D.
Givord [ Abstract | Slides ]
Analysis of hysteresis loops, FORC etc.
- Magnetization reversal processes: Olivier Fruchart, Grenoble, France [ Slides | Recording ]
- Preisach model of hysteresis in magnetic materials and FORC based identification techniques: Alexandru Stancu,
Alexandru Ioan Cuza" University -Iasi, Romania. [ Abstract | Slides ]
- Information from magnetization curves: Viorel Pop, Cluj-Napoca, Romania [ Abstract | Slides ]
- All you can get from hysteresis loop measurements: V. Pop [ Slides (1.9MB) ].
Magnetization dynamics
- Magnetization reversal processes: Oscar Grånäs, Uppsala, Sweden [ Slides | Recording ]
- Spin waves and magnonics: Lukas Koerber, Nijmegen, The Netherlands [ Slides | Recording ]
- Spin-wave resonance techniques:
Grégoire de Loubens, Paris-Saclay, France [ Slides | Recording ]
- Magnetization reversal processes:Stéphane Mangin, Nancy, France [ Slides | Recording ]
- Dipolar and exchange spin waves:
Mathias Weiler, Kaiserslautern, Germany [ Slides | Recording ]
- Dipolar and exchange spin waves:
Burkard Hillebrands, Kaiserslautern, Germany [ Slides | Recording ]
- Magnetization reversal: from fundamental principles to fundamental limit:
Alexey V. Kimel, Nijmegen, The Netherlands [ Slides | Recording ]
- Magnetization precesssion and spin waves: Oksana Chubykalo-Fesenko, Madrid, Spain [ Slides | Recording ].
- Magnetic structures: domain walls, vortices, skyrmions etc.: Oksana Chubykalo-Fesenko, Madrid, Spain [ Slides | Recording ].
- Magnetic domains and domain walls: Oksana Chubykalo-Fesenko,
Madrid, Spain [ Slides | Recording ].
- Domains, domain walls, the micromagnetism theory, nanomagnetism, LLG and precessional dynamics, spin waves: Claire Donnelly, Dresden, Germany [ Slides pt1 ; pt2 | Recording ].
- Magnetization processes: Gianfranco Durin, Torino, Italy [ Slides | Recording ]
- Magnetization reversal, from quasistatics to dynamics: Oksana Chubykalo-Fesenko, Madrid, Spain [ Slides | Recording ]
- Magnetic resonance: Laurent Ranno, Grenoble, France [ Abstract ]
- Probing and controlling spin dynamics with THz pulses: Tobias Kampfrath, Berlin, Germany [ Abstract | Slides ]
- Practical: how to measure ultrafast spin and charge currents: Tobias Kampfrath, Berlin, Germany [ Slides ]
- Precessional dynamics, dissipation processes, elementary and soliton excitations: Joo-Von Kim,
Orsay, France [ Abstract | Slides ]
- Spin-transfer and spin-orbit torques, current topics in magnetisation dynamics: Joo-Von Kim,
Orsay, France [ Abstract | Slides ]
- Magnetic excitations: from classical spin waves to quantum entangled excitations in low-dimensional and frustrated magnetic materials: Michel Kenzelmann, Villigen, Switzerland [ Abstract ]
- Magnetization processes in bulk and nano under field, current, strain, light, heat: Christian Back, Regensburg, Germany [ Abstract | Slides ]
- From magnetic resonance to nanomagnonics: Gründler, Dirk, Lausanne, Switzerland [ Abstract | Slides | Video ]
- Damping of magnetization dynamics: Kirilyuk, Andrei, Nijmegen, The Netherlands [ Abstract | Slides ]
- Large angle precessional magnetization dynamics under field and current excitations: Ebels, Ursula, Spintec-Grenoble, France [ Abstract | Part 1 | Part 2 ]
- Tutorial - Precessional dynamics of a macrospin: Ebels, Ursula, Spintec-Grenoble, France [ Supporting material and solutions ]
- Spin waves: theory and neutron scattering: Sylvain Petit, CEA-Saclay, France [ Abstract | pt.1 | pt.2 ]
- Spin glasses, concepts and analysis of susceptibility: Holdsworth, Peter, ENS Lyon, France [ Abstract | Slides ]
- Overview of time-dependent phenomena – Relevant time scales - Open questions and relevance for applications: Jan Vogel, Grenoble, France [ Abstract | Slides ]
- Magnetization dynamics at different time scales: dissipation and thermal processes:
Oksana Chubykalo-Fesenko,
CSIC-Madrid, Spain. [ Abstract | pt.1 | pt.2 ]
- Precessional magnetization dynamics: B. Koopmans [ Abstract | Slides (1.5MB) ]
- Magnetization dynamics for the layman:
experimental: J. Miltat [ Slides ]
- Numerical simulation of the magnetization
reversal dynamics (finite temperature dynamics, metal/metal spin injection): J. Miltat
Light-induced phenomena
- Magnetization reversal processes:Stéphane Mangin, Nancy, France [ Slides | Recording ]
- Magnetization reversal: from fundamental principles to fundamental limit:
Alexey V. Kimel, Nijmegen, The Netherlands [ Slides | Recording ]
- Light-matter interactions: Jan Vogel,
Grenoble, France [ Slides | Recording ]
- All-optical control of magnetization: Theo Rasing,
Nijmegen, The Netherlands [ Abstract | Slides ]
- Photo-magnetic transitions: Spin crossover molecules: Amandine Bellec,
Paris, France [ Abstract | Slides ]
- Magneto-optics and magneto-plasmonics: Paolo Vavassori,
San Sebastian, Spain [ Abstract | Slides (Pt.1; Pt.2) ]
- Tutorial: experimental methods for magneto-optical Kerr effects measurements: Paolo Vavassori,
San Sebastian, Spain [ Slides ]
- Light-matter interaction: Peter Oppeneer,
Uppsala, Sweden [ Abstract | Slides (1) | Slides (2) ]
- The zoo of all-optical magnetic switching - Mechanisms & time-scales: Andrei Kirilyuk,
Nijmegen, The Netherlands [ Abstract | Slides ]
- Light-induced (de)magnetization processes and all-optical switching: Alexandra Kalashnikova,
St Petersburg, Russian Federation [ Abstract | Slides ]
- Controlling magnetization with light: Kirilyuk, Andrei, Nijmegen, The Netherlands [ Abstract | Slides ]
- Current theoretical understanding of ps magnetization dynamics Wolfgang Hübner, Uni. Kaiserslautern, Germany [ Abstract | Slides ]
- From magneto-optics to ultrafast manipulation of magnetism: Kiriliuk, Andrei, Univ.-Nijmegen, The Netherlands [ Abstract | Review | Slides ]
- Ultrafast magnetization dynamics: the role of angular momentum (experiments) Kiriliuk, Andrei, Univ.-Nijmegen, The Netherlands [ Abstract | Review | Slides ]
- Magneto-optical microscopy (incl. time resolved): J. McCord [ Abstract | Slides (12.6MB) ]
Spin-polarized currents
- Spin-transfer torque: Aurélien Manchon, Marseille, France [ Slides | Recording ]
- Measuring spin currents: Laurent Ranno, Grenoble, France [ Abstract ]
- Spin-transfer and spin-orbit torques, current topics in magnetisation dynamics: Joo-Von Kim,
Orsay, France [ Abstract | Slides ]
- Spin Torque Oscillator from a micromagnetic point of view: Liliana Buda-Prejbeanu, Spintec-Grenoble, France [ Slides (updated 2007.11.26)]
- Magnetization reversal by spin polarized current: A. Thiaville [ Abstract |
Slides (1.5MB) ].
Quantum tunneling
- Magnetization dynamics at different time scales: dissipation and thermal processes: Andrea Cornia, Univ. Modena, Italy [ Abstract | Slides ]
Methods for simulations and theory
Analytical techniques for condensed matter
- Quantum basis of the spin manipulation by electric fields (practical): Coriolan Tiusan, Cluj-Napoca, Romania [ Abstract | Slides ]
- Electron-phonon coupling: a tutorial Wolfgang Hübner, Uni. Kaiserslautern, Germany [ Abstract | Slides ]
Electronic structure
- Electronic structure and magnetism: Olle Eriksson, Uppsala, Sweden [ Slides pt1 pt2 pt3 | Recording ]
- Tight binding and DFT for magnetism: Roser Valenti, Frankfurt, Germany [ Slides | Recording ]
- Density functional theory applied to magnetism: Biplab Sanyal, Uppsala, Sweden [ Slides | Recording ]
- Density Functional Theory (DFT) Applied to Magnetism:Stefan Blügel, Jülich, Germany [ Slides | Recording ]
- Electronic and magnetic properties of matter: Stefan Blügel, Jülich, Germany [Abstract | Slides (1) | Slides (2) ]
- Electronic structure calculations for magnetic systems: Manuel Richter,
IFW-Dresden, Germany. [ Abstract | Slides ]
- Basics of electronic structures calculations for magnetic systems: tight binding, LDA, DFMT: Manuel Richter,
IFW-Dresden, Germany. [ Abstract | Slides (intro) | Slides | DMFT slides ]
- Low dimensional magnetism : the role of the electronic structure: H.
Dreyssé [ Content | Abstract ]
Monte Carlo
- Computer practical: spin models: Dirk Gründler,
Lausanne, Switzerland. [ Slides ]
- Monte Carlo methods for magnetic systems: Zoltan Neda,
Cluj-Napoca, Romania. [ Abstract | Slides]
- [Computer] Monte-Carlo techniques: Zoltan Neda,
Cluj-Napoca, Romania [ Supporting material ].
Micromagnetism
- Micromagnetics and atomic spin dynamics: Anders Bergman, Uppsala, Sweden [ Slides | Recording ]
- Micromagnetics and atomic spin dynamics: Liliana Buda-Prejbeanu, Grenoble, France [ Slides | Recording ]
- Micromagnetic and atomistic simulations of magnets:Richard Evans, York, UK [ Slides: pt.1,pt.2 | Recording pt1 and pt2 ]
- Micromagnetism: Gianfranco Durin, Turino, Italy [ Slides | Recording ]
- Micromagnetic modelling: Oksana Chubykalo-Fesenko, Madrid, Spain [ Slides | Recording ]
- Micromagnetic and atomistic simulations: Richard Evans, York, UK [ Slides ]
- Advanced micromagnetics and atomistic simulations of magnets: Richard Evans, York, UK [ Slides ]
- Tutorial: Ultrafast introduction to atomistic spin dynamics using VAMPIRE Richard Evans, York, UK [ Supporting slides ]
- Tutorial - The random anisotropy model: Giselher Herzer, Vacuumschmelze, Germany [ Abstract | Tutorial software | Supporting slides ]
- Tutorial - A few analytical micromagnetic problems: Stanislas Rohart, LPS - Paris, France [ Supporting material ]
- Spin Torque Oscillator from a micromagnetic point of view: Liliana Buda-Prejbeanu, Spintec-Grenoble, Germany [ Slides (updated 2007.11.26)]
- Introduction to numerical micromagnetism -
application to mesoscopic magnetic systems: L. Buda-Prejbeanu [ Abstract | Slides ]
- Numerical simulation of the magnetization
reversal dynamics (finite temperature dynamics, metal/metal spin injection): J. Miltat
Mean field
Artificial intelligence
- Introduction to artificial intelligence (AI): Stefano Sanvito, Dublin, Ireland [ Slides | Recording ]
Materials
Broad-topic lectures
- EMA Plenary Lecture: Magnetism for Energy Efficient Devices: Cavill Stuart, York, UK [ Slides | Recording ]
- Magnetic materials: J. Michael D. Coey, Ireland, Dublin [ Recording ]
- Magnetic materials: Denys Makarov, Dresden, Germany [ Slides | Recording ]
- Strategic materials in the energy transition: Oliver Gutfleisch, Darmstadt, Germany [ Slides | Recording ]
Rare-earth - Transition metal compounds and magnets
- Permanent magnets: Ekkes Brück, Delft, The Netherlands [ Slides | Recording ]
- Permanent magnets for energy efficient design: James McKenzie, Hirst Magnetic Instruments Ltd. [ Slides ]
- Permanent Magnets: Pelin Tozman, Darmstadt, Germany [ Slides | Recording ]
- Permanent Magnets and Applications: Alberto Bollero, Madrid, Spain [ Slides | Recording ]
- Permanent magnets for efficient energy conversion: Oliver Gutfleisch, Darmstadt, Germany [ Slides | Recording ]
- Permanent magnets for Energy – from fundamentals to applications: Oliver Gutfleisch, Darmstadt, Germany [ Abstract | Slides ]
- Rare Earth-Transition Metal Compounds: Magnetism and Applications: Emil Burzo, Babes-Bolyai University, Cluj-Napoca, Romania [ Abstract | Slides ]
- Nanostructured hard magnets: Julia Lyubina, IFW-Dresden, Germany [ Abstract | Slides ]
- Physical properties of the materials used in magnetic recording: Laurent Ranno, Néel Institute, Grenoble, France [ Abstract | Slides pt.1-2 (updated 2007.09.26) ]
Soft magnetic materials
- Soft-magnetic materials:
Nicoleta Lupu, Iasi, Romanie [ Slides | Recording ]
- Application oriented development of amorphous and nanocrystalline soft magnetic materials: Giselher Herzer, Vacuumschmelze, Germany [ Abstract | Slides ]
- Soft magnetic materials, from statics to radiofrequencies: Victorino Franco, Sevilla, Spain [ Abstract | Slides ]
- Energy losses in magnetic materials: Fausto Fiorillo, Torino, Italy [ Introduction | Problems ]
- Tutorial - The random anisotropy model: Giselher Herzer, Vacuumschmelze, Germany [ Abstract | Tutorial software | Supporting slides ]
- Soft Magnetic Materials and Applications: Olivier Geoffroy, Néel Institute, Grenoble, France [ Abstract | Slides ]
- Soft magnetic nanocrystalline/nanostructured materials produced by mechanical alloying routes: Ionel Chicinas, Technical University, Cluj-Napoca, Romania [ Abstract | Slides]
- Soft nanocrystalline alloys (melt-spun: Olivier Geoffroy, Néel Institute, Grenoble, France [ Abstract | Slides ]
- New 3D bulk-shaped polycrystalline and nanocomposite magnetostrictive materials: Nicoleta Lupu [ Slides ]
- Formation and characterization of
nanostructured metastable alloys: V.Pop [ Abstract | Slides ]
Magnetostrictive materials
- EMA Plenary Lecture: Magnetism for Energy Efficient Devices: Cavill Stuart, York, UK [ Slides | Recording ]
- Magnetoelastic materials (magnetic shape memory, magnetostrictive): Sebastian Fähler, Dresden, Germany [ Abstract | Slides ]
- Magnetostrictive effect and shape memory materials: K. Doerr, IFW, Dresden, Germany [ Abstract | Slides ]
Magnetocaloric materials
- Magnetocalorics: Franziska Scheibel, Darmstadt, Germany [ Slides | Recording ]
- Magnetocaloric effects: Ekkes Brück, Delft, The Netherlands [ Slides | Recording ]
- Magnetocaloric effect: Kelly Morrison, Loughborough, UK [ Slides | Recording ]
- Magneto (and multi-)caloric materials for efficient refrigeration: Oliver Gutfleisch, Darmstadt, Germany [ Slides | Recording ]
- Magneto-caloric materials: Karl Sandeman, London, United Kingdom [ Abstract | Slides ]
- First-order magnetic phase transitions and magnetic refrigeration materials Ekkes Brück, TU-Delft, The Netherlands [ Abstract | Slides ]
- Introduction to magnetic refrigeration Ekkes Brück, Amsterdam, The Netherlands [ Abstract | Slides ]
Antiferromagnets
- Antiferromagnetic spintronics: Libor Smejkal, Dresden, Germany [ Slides | Recording ]
- Introduction to altermagnetism: Libor Smejkal, Dresden, Germany [ Slides | Recording ]
- Antiferromagnets and antiferromagnetic spintronics Wunderlich, Joerg, Regensburg, Germany [ Slides: part1 & part2 | Recording ]
Multiferroics; Magnetism and electric fields
- Multiferroics and magnetoelectrics: towards industrial applications: Manuel Bibes, Paris, France [Slides | Recording ]
- Stabilizing skyrmions in multiferroic materials: Bertrand Dupé, Liège, Belgique [ Slides | Recording ]
- Electric-field control of magnetism:Manuel Bibes, Paris, France [ Slides | Recording ]
- Multiferroics: Andrés Cano, Bordeaux, France, and Zürich, Swizerland [ Abstract | Slides ]
- Controlling spins with Electric field in Multiferroic architectures: Agnès Barthelemy, Palaiseau, France [ Abstract | Slides ]
- Multiferroics and Magnetoelectric effects: Silvia Picozzi, L'aquila, Italy [ Abstract | Slides ]
- Magnetoelectricity and multiferroics: Charles Simon, Caen, France. [ Abstract | Slides ]
- Multiferroic Materials: K. Doerr, IFW, Dresden, Germany [ Abstract | Slides ]
Magnetic semiconductors and dilute oxides
- Transport in magnetic semiconductors and oxides: Tomasz Dietl, Warsaw, Poland. [ Abstract | Slides
- Magnetism of Dilute Oxides: John Michael Coey, TCD-Dublin, Ireland. [ Abstract | Slides]
- Magnetic properties of (Ga,Mn)As: M. Sawicki [ Abstract | Slides (1.8MB) ]> ]
- Magnetic semiconductors: T. Dietl [ Abstract | Slides ]
Strongly correlated materials
- Review of typical behaviors observed in strongly correlated systems: Charles Simon, Caen, France. [ Abstract | Slides ]
- Correlation effects and the electronic structure of half-metallic ferromagnets: Liviu Chioncel [ Abstract | Slides ]
Molecular magnetism
- Surface, interface and molecular magnetism:Juanjo de Miguel, Madrid, Spain [ Slides | Recording ]
- Molecular magnets: physics and applications: Luis Fernando, Zaragoza, Spain [ Slides | Self-evaluation | Recording ]
- Photo-magnetic transitions: Spin crossover molecules: Amandine Bellec, Paris, France [ Abstract | Slides ]
- Magnetization dynamics at different time scales: dissipation and thermal processes: Andrea Cornia, Univ. Modena, Italy [ Abstract | Slides ]
Magnetism and superconductivity
- Oxitronics, van der Waals materials and beyong: Santamaria, Jacobo Madrid, Spain [ Slides | Recording ]
- Ferromagnet/superconductor hybrid systems,
proximity effects: M. Aprili [ Abstract | Slides
Spin glasses and frustration
- Spin glasses, concepts and analysis of susceptibility: Holdsworth, Peter, ENS Lyon, France [ Abstract | Slides ]
Nanoparticles, microstructures etc
Microstructure and heterostructures
- Application oriented development of amorphous and nanocrystalline soft magnetic materials: Giselher Herzer, Vacuumschmelze, Germany [ Abstract | Slides ]
- Visualising and exploiting inhomogeneities in magnetic systems. Chairwoman: Alberta Bonanni. [ Abstract | pt.1 & pt.2 ]
- The magnetic microstructure of nanostructured materials: Rudolf Schäfer, IFW, Dresden, Germany [ Abstract | Slides pt.1-2 ]
Nanoparticles
- Magnetic fluids: Ladislau Vekas, Timisoara, Romania [ Slides | Recording ]
- Ferrofluids: Ladislau Vekas, Timisoara, Romania [ Abstract | Slides ]
- Small particles and biological and medical applications - Electromagnetic compatibility and wave absorption: R. Ibarra, University of Zaragoza, Spain [ Abstracts: pt1 | pt2 | Slides: pt1 | pt2 ]
- From the atom to magnetic nanoparticles: E.
Bonet [ Abstract | Slides ]
- Chemical synthesis of magnetic metal nanoparticles : B. Chaudret [ Abstract ]
Nanomagnetism and spintronics
Broad topics
- Historical hints and looking at the future:Bernard Diény, Grenoble, France [ Slides | Recording ]
- Nanomagnetism for information technologies: from spintronics to neuromorphic:Bernard Diény, Grenoble, France [ Slides | Recording ]
Surface and low-dimensional magnetism
- Surfaces and interfaces in Magnetism: phenomena and functions: Olivier Fruchart, Grenoble, France [ Slides | Recording ]
- Surface and Interface Magnetism: An Introduction for thin-films and multilayers:Del Atkinson, Durham, UK [ Slides | Recording ]
- Surface and Interface Magnetism:Stefan Blügel, Jülich, Germany [ Slides | Recording ]
- Surface, interface and molecular magnetism:Juanjo de Miguel, Madrid, Spain [ Slides | Recording ]
- Multifunctional magnetic nanostructures: Denys Makarov, Dresden, Germany [ Slides | Recording ]
- Magnetic heterostructures and nanoscopic materials:Denys Makarov, Dresden, Germany [ Slides | Recording ]
- Low dimensional magnetism. Pietro Gambardella. [ Abstract | pt.1 & pt.2 ]
- STM and spectroscopy of nanosized ferromagnetic structures: Guillemin Rodary, MPI-Halle, Germany [ Slides ]
- Low dimensional magnetism -
experiments: O. Fruchart [ Abstract | Slides ]
- Low dimensional magnetism : the role of the electronic structure: H.
Dreyssé [ Content | Abstract ]
Nano- and micromagnetism
- Topological magnetic textures for functional systems: Jack Gartside, London, UK [Slides | Recording ]
- Stabilizing skyrmions in multiferroic materials: Bertrand Dupé, Liège, Belgique [ Slides | Recording ]
- Domains, domain walls, spin textures: Liliana Buda-Prejbeanu, Grenoble, France [ Slides | Recording ]
- Magnetic structures: domain walls, vortices, skyrmions etc.: Oksana Chubykalo-Fesenko, Madrid, Spain [ Slides | Recording ].
- Magnetic domains and domain walls: Oksana Chubykalo-Fesenko,
Madrid, Spain [ Slides | Recording ].
- Domains, domain walls, the micromagnetism theory, nanomagnetism, LLG and precessional dynamics, spin waves: Claire Donnelly, Dresden, Germany [ Slides pt1 ; pt2 | Recording ].
- Tutorial - Micromagnetics of domain walls (statics): Olivier Fruchart,
Grenoble, France [ Questions | Answers ].
- Skyrmions and other chiral textures: Henrik Rønnow, Lausanne, Switzerland [ Abstract | Slides ]
- Simple concepts of magnetization processes - from macrospins to materials: Olivier Fruchart, Grenoble, France [ Abstract | Slides ]
- Simple concepts of magnetization reversal - from materials to nanostructures:
Olivier Fruchart,
Institut Néel - Grenoble, France. [ Abstract | Slides pt.1 & pt.2 ]
- Tutorials - Analytical micromagnetics: Olivier Fruchart,
Institut Néel, Grenoble [ Supporting material (updated 2009-09-15) ].
- An overview of magnetization reversal - The basics: Olivier Fruchart, Néel Institute, Grenoble, France [ Slides ]
- Magnetization reversal - Non-single domain effects: Olivier Fruchart, Néel Institute, Grenoble, France [ Slides ]
- The magnetic microstructure of nanostructured materials: Rudolf Schäfer, IFW, Dresden, Germany [ Abstract | Slides pt.1-2 ]
- Domain structures in low-dimensional systems: A.
Thiaville [ Abstract | Slides ]
- Introduction to numerical micromagnetism -
application to mesoscopic magnetic systems: L. Buda-Prejbeanu [ Abstract | Slides ]
- Magnetism and magnetization processes in nanostructured systems : D.
Givord [ Abstract | Slides ]
Spintronics - Overviews, models and transport
- Spintronics / Orbitronics: Aires Ferreira, York, UK [ Slides ]
- A Short Journey Through Spintronics and Spin-Orbitronics: Aires Ferreira, York, UK [ Slides ]
- Spin Transport: GMR, TMR etc.: Aurélien Manchon, Marseille, France [ Slides | Recording ]
- Spintronics: from (magneto)transport to STT Aurélien Manchon, Marseille, France [ Slides part1 & part1 | Recording ]
- Measuring spin currents: Laurent Ranno, Grenoble, France [ Abstract ]
- Symmetry and magneto-transport phenomena: Tomáš Jungwirth,
Nottingham, UK & Praha, Czechia [ Abstract ].
- Transport, Spintronic magnetic memory devices: Tomáš Jungwirth,
Nottingham, UK & Praha, Czechia [ Abstract ].
- Models in spintronics: transport in metal/insulator and metal/semi-conductor heterostructures: Bernard Diény,
Spintec-Grenoble, France (continued) [ Slides ].
- Coherent transport and spin effects in quantum dots: Bogdan Bulka, Institute of Molecular Physics, Poznan, Poland [ Abstract | Slides ]
Spin torque
- Spin-Hall effect: Felix Casanova, San Sebastian, Spain [ Slides | Recording ]
- Spin transfer torque Aurélien Manchon, Marseille, France [ Slides | Recording ]
- Spintronics: from (magneto)transport to STT Aurélien Manchon, Marseill, France [ Slides part1 & part1 | Recording ]
- Spin-orbit effects in transport and magnetism: relativistic spintronics with ferro, antiferro, and paramagnets: Tomas Jungwirth, Prague, Czech Republic; Nottingham, UK [ Abstract | Slides ]
- Spin torques in spin valves and domain walls: Michel Viret, Paris, France [ Abstract | Slides ]
- A simple vision of spin torques in domain walls: Michel Viret [ Abstract | Slides ]
- Spin Torque Oscillator from a micromagnetic point of view: Liliana Buda-Prejbeanu, Spintec-Grenoble, Germany [ Slides (updated 2007.11.26)]
- Magnetization reversal by spin polarized current: A. Thiaville [ Abstract |
Slides (1.5MB) ].
- Magnetism today (Spin Electronics, Micromagnetism..): A. Thiaville [ Abstract |
Slides (6.1MB) ]
- Introduction to spin electronics: M. Coldea [ Abstract ]
Spincaloritronics
- Spin currents and spin Seebeck: Sergio O. Valenzuela, Barcelona, Spain [ Abstract | Slides ]
Spintronics and materials
- Multiferroics and magnetoelectrics: towards industrial applications: Manuel Bibes, Paris, France [Slides | Recording ]
- Electric-field control of magnetism: Manuel Bibes, Paris, France [ Slides | Recording ]
- Antiferromagnets and antiferromagnetic spintronics Wunderlich, Joerg, Regensburg, Germany [ Slides: part1 & part2 | Recording ]
- Oxitronics, van der Waals materials and beyong: Santamaria, Jacobo Madrid, Spain [ Slides | Recording ]
- Production of magnetic materials for spintronics: Lavinia Nistor, Applied Materials [ Abstract ]
- Spin currents and transfer with magnetic insulators: Gerrit Bauer, Sendai, Japan; Delft, The Netherlands [ Abstract | Slides ]
- Multiferroics and Magnetoelectric effects: Silvia Picozzi, L'aquila, Italy [ Abstract | Slides ]
- Exchange-bias, Giant Magneto Resistance , Tunnel Magneto Resistance, Magnetic Random Access Memory: Jose Maria de Teresa, University of Zaragoza, Spain [ Abstract | Slides ]
- Multiferroic Materials: K. Doerr, IFW, Dresden, Germany [ Abstract | Slides ]
Experimental techniques
Overview
- Measuring magnetism in the lab: Marco Coisson, Torino, Italy [ Slides | Recording ]
- Measuring at large facilities: Stuart Cavill, York, United Kingdom [ Slides | Recording ]
- Measuring magnetism: Cavill Stuart, York, UK [ Slides | Recording ]
- Magnetic measurement instruments and techniques: Cavill Stuart, York, UK [ Slides | Recording ]
- Magnetic measurement instruments and techniques: Cavill Stuart, York, UK [ Slides | Recording ]
- Measurement techniques: Thomas Hauet, Nancy, France [ Slides | Recording ]
- Characterization techniques for Nano: Olivier Fruchart, Grenoble, France [ Abstract | Slides ]
- Preparation and characterisation techniques: Julia Lyubina, IFW-Dresden, Germany [ Abstract | Slides ]
Fabrication
- Advanced fabrication: Denys Makarov, Dresden, Germanys [ Slides | Recording ]
- Production of magnetic materials for spintronics: Lavinia Nistor, Applied Materials [ Abstract ]
- Material elaboration and nanofabrication techniques for spintronics: Vila, Laurent, Grenoble, France [ Abstract | Slides ]
- Bulk measurements (including anisotropy, magnetometry, calorimetry, susceptibility, high fields, neutrons ...): Fausto Fiorillo, Torino, Italy [ Abstract | Slides ]
- Deposition and growth methods of media films, lithography methods: Julien Bachmann, Max Plank Institut, Halle, Germany [ Abstract | Slides ]
- Preparation methods for bulk materials: O. Gutfleisch [ Abstract ]
- Nano-objects I - Electrodeposition and chemical methods: K. Nielsch [ Abstract ]
- Nano-objects II - Physical methods (clusters, self-organized systems): O. Fruchart [ Abstract | Slides (21.6MB) ]
- Nanofabrication: D. Mailly [ Slides (8.2MB) ]
- Fabrication - Introduction on thin films and dots
arrays: S. Andrieu [ Abstract | Slides ]
- Self-organization on surfaces: an overview: O. Fruchart [ Abstract | Slides ]
- Chemical synthesis of magnetic metal nanoparticles : B. Chaudret [ Abstract ]
Magnetic microscopy and k-space magnetic mapping
- Magnetic microscopy:Stéphane Mangin, Nancy, France [ Slides | Recording ]
- Magnetic microscopy:
Claire Donnelly, Dresden, Germany [ Slides | Recording ]
- Spin wave resonance techniques:
Burkard Hillebrands, Jülich, Germany [ Slides | Recording ]
- Advanced k-space instrumentation: Photoemission and resonant scattering: Nicolas Jaouen, Paris-Saclay, France [ Slides | Recording ]
- Magnetic microscopy and advanced instrumentation: Claire Donnelly,
Dresden, Germany [ Slides pt1 ; pt2 | Recording pt1 ; pt2 ]
- Electron holography and tomography: Axel Lubk,
Dresden, Germany [ Abstract ]
- Holography, tomography (Electron, X-ray): X-rays: Jan Lüning,
Berlin, Germany [ Abstract ]
- Scanning probe microscopy for magnetism: Olivier Fruchart, Grenoble, France [ Abstract ]
- Characterization techniques for nano-sized systems: Olivier Fruchart, Grenoble, France [ Abstract | Slides ]
- Magnetic imaging techniques: Laura Heyderman, Zürich, Switzerland [ Abstract | Intro | Kerr | Scanning probe | PEEM ]
- Magnetic imaging techniques: Laura Heyderman, Zürich, Switzerland [ Abstract | Slides ]
- Magneto-optical microscopy and its applications: Rudolf Schäfer, IFW, Dresden, Germany [ Abstract | Slides pt.1-2 ]
- STM and spectroscopy of nanosized ferromagnetic structures: Guillemin Rodary, MPI-Halle, Germany [ Slides ]
- Magneto-optical microscopy (incl. time resolved): J. McCord [ Abstract | Slides (12.6MB) ]
- Scanning probe techniques (MFM, SNOM, etc): L. Abelmann [ Abstract | Slides (3.5MB) | Supplementary information (AVI) (2.6MB) ]
- STM and spin-polarized-STM: W. Wulfhekel [ Abstract | Slides pt1 (5.6MB) | Slides pt2 (2.3MB) ]
- Magnetic imaging by LEEM, X-PEEM, X-ray microscopy, and X-ray holography: W. Kuch [ Abstract | Slides (5.4MB) ]
- Electron microscopies (Lorentz, holography, SEMPA, etc): B Warot-Fonrose [ Abstract | Slides (11.5MB) ]
- Analysis of nanostructures by electron Microscopy (EM)
and Scanning Probe Microscopy (SPM) (structural and
compositional analysis): M. Hietschold [ Abstract ]
- High spatial-resolution analysis of magnetic
properties (special SPM and EM techniques as SHPFM and
Lorentz-Microscopy) M. Hietschold [ Abstract ]
- Magnetic force microscopy (MFM) and spin polarized
scanning tunneling microscopy (SPSTM): A. Thiaville [ Abstract | Slides ]
Magnetometry
- General and torque magnetometry: Vittorio Basso,
Torino, Italy [ Abstract ]
- Indirect techniques: calorimetry, dilatometry, transport: Vittorio Basso,
Torino, Italy [ Abstract ]
- Magnetometry: Paolo Vavassori,
San Sebastian, Spain [ Abstract | Slides ]
- Tutorial: experimental methods for magneto-optical Kerr effects measurements: Paolo Vavassori,
San Sebastian, Spain [ Slides ]
- Advanced Magnetometry: D. Sander [ Abstract | Slides (2.3MB) ]
- Nanomagnetometry: microSQUID, Hall microprobe: E.
Bonet [ Abstract | Slides ]
Optics and X-ray tools (structural and magnetic)
- Light-matter interactions: Jan Vogel,
Grenoble, France [ Slides | Recording ]
- Magneto-optics: Rudolf Schäfer,
Dresden, Germany [ Abstract ]
- Holography, tomography (Electron, X-ray): X-rays: Jan Lüning,
Berlin, Germany [ Abstract ]
- X-ray techniques: synchrotron, FEL, HHG: Jan Lüning,
Berlin, Germany [ Abstract ]
- Time-resolved pump-probe techniques: Theo Rasing,
Nijmegen, The Netherlands [ Abstract | Slides ]
- X-ray magnetic dichroism: Eberhard Goering,
Stuttgart, Germany [ Abstract | Slides (Pt.1, Pt.2) ]
- Synchrotron radiation: Marcin Sikora,
Kraków, Poland [ Abstract | Slides ]
- Magneto-optics and magneto-plasmonics: Paolo Vavassori,
San Sebastian, Spain [ Abstract | Slides (Pt.1; Pt.2) ]
- Tutorial: experimental methods for magneto-optical Kerr effects measurements: Paolo Vavassori,
San Sebastian, Spain [ Slides ]
- From magneto-optics to ultrafast manipulation of magnetism: Kiriliuk, Andrei, Univ.-Nijmegen, The Netherlands [ Abstract | Review | Slides ]
- Magnetic scattering: X-ray and neutrons: Ch. Vettier [ Abstract | Slides (1.8MB) ]
- X-ray Reflectometry, Grazing Incidence Small Angle X-Ray Scattering,
Small Angle Scattering
G. Renaud [ Abstract | Slides (9.6MB) ]
- X-ray Magnetic Circular Dichroism (XMCD):
basic concepts and theory for rare earths and 3d metals:
S. Pizzini [ Abstract | Slides (1.4MB) ]
- X-ray magnetic circular dichroism:
basic concepts and theory for rare earths and 3d metals : S. Pizzini [ Abstract | Slides ]
Neutrons
- Introduction eo neutron scattering: Henrik Ronnow, Lausanne, Switzerland [ Slides | Recording ]
- Neutron scattering: Virginie Simonet, Grenoble, France [ Abstract ]
- Magnetic diffraction with neutrons, non-resonant and resonant X-ray scattering
Laurent Chapon, Diamond, UK [ Abstract | Slides ]
- Neutron diffraction for magnetic structure determination: Virginie Simonet, Grenoble, France [ Abstract | Questions | Answers ]
- Spin waves: theory and neutron scattering: Sylvain Petit, CEA-Saclay, France [ Abstract | pt.1 | pt.2 ]
- Neutrons for magnetism: Stephen Blundell, Oxford, UK: [ Abstract | Slides ]
- Neutrons and magnetism: A. Wildes [ Abstract | Slides~pt1 (23.0MB) | Slides~pt2 (35.0MB) ]
- Magnetic scattering: X-ray and neutrons: Ch. Vettier [ Abstract | Slides (1.8MB) ]
Precessional techniques
- Spin-wave resonance techniques:
Grégoire de Loubens, Paris-Saclay, France [ Slides | Recording ]
- Spin wave resonance techniques:
Burkard Hillebrands, Jülich, Germany [ Slides | Recording ]
- Magnetic resonance: Laurent Ranno, Grenoble, France [ Abstract ]
- Muons for time-dependent studies in magnetism: Andreica, D., UBB - Cluj-Napoca, Romania [ Abstract | Lecture notes in Muon School 2010 | Lecture notes | Slides]
- Local and resonance techniques: FMR, EPR, NMR, Mössbauer: Philippe Mendels, LPS-Orsay, France [ Slides ]
- Using muons for magnetization studies: D. Andreica.
Electron spectroscopies
- XPS, including spin-polarized XPS: M. Neumann [Slides (3.5MB) ].
- Surface magnons by EELS: J. Kirschner [ Abstract | Slides (1.9MB) ]
Applications and interdisciplinary magnetism
Storage and computing
- Magnetism in communications - Spin waves for signal processing:Philipp Pirro, Kaiserslautern, Germany [ Slides | Recording ]
- Neuromorphic computing:Frank Mizrahi, Paris, France [Slides | Recording:pt1;pt2 ]
- Nanomagnetism for information technologies: from spintronics to neuromorphic:Bernard Diény, Grenoble, France [ Slides | Recording ]
- Data storage and (low-power) computing (incl. Neuromorphic): Tom Thomson, Manchester, UK [ Slides | Recording ]
- Transport, Spintronic magnetic memory devices: Tomáš Jungwirth,
Nottingham, UK & Praha, Czechia [ Abstract ].
- Magnetism for the semiconductor industry: Lucien Lombard, Crocus Technology, Grenoble, France [ Abstract | Slides ]
- Spintronic devices for memory and logic applications: Bernard Diény,
Spintec-Grenoble, France. [ Abstract | Slides ]
- Introduction to magnetic recording: Laurent Ranno, Néel Institute, Grenoble, France [ Abstract | Slides pt.1-2 (updated 2007.09.26) ]
- Physical properties of the materials used in magnetic recording: Laurent Ranno, Néel Institute, Grenoble, France [ Abstract | Slides pt.1-2 (updated 2007.09.26) ]
- Applications: information storage: L. Ranno [ Abstract | Slides ]
Sensors, actuators and MEMS
- Magnetoresistive sensorsSusana Cardoso de Freitas, Lisbon, Portugal [Slides | Recording ]
- Magnetic sensors:Gonzalo Vallejo Fernández, York, OK [ Slides | Recording ]
- Multifunctional magnetic nanostructures: Denys Makarov, Dresden, Germany [ Slides | Recording ]
- Magnetic sensors: Cristina Gomez Polo, Navarra, Spain [ Recording part1 & part2 ]
- Multifunctional magnetic materials: Denys Makarov, Dresden, Germany [ Slides | Recording ]
- Automation applications: sensors and communication:Nicoleta Lupu, Iasi, Romania [ Slides | Recording ]
- Magnetic sensors: Alfredo Garcia-Arribas, Bilbao, Spain [ Abstract ]
- Magnetoresistive sensors: Johannes Paul, Sensitec GmbH, Germany [ Abstract ]
- Microsystems : sensors, actuators and energy harvesting: Orphée Cugat, Grenoble, France [ Abstract | Slides and movies ]
- Giant magneto impedance and applications: Manuel Vazquez, Material Science Institute, Madrid, Spain [ Abstract | Slides ]
- Magnetic MEMS (Micro-Electro-Mechanical Systems): Nora Dempsey, Néel Institute, Grenoble, France [ Abstract | Slides pt.1-2 ]
- MEMS: an overview: Nora Dempsey, Néel Institute, Grenoble, France [ Abstract | Slides pt.1-2 ]
- Sensors and actuors: Jose Maria de Teresa, University of Zaragoza, Spain [ Abstract | Slides ]
- Magnetostrictive effect and shape memory materials: "K. Doerr, IFW, Dresden, Germany [ Abstract | Slides ]
- Magnetoresistance phenomena in magnetic materials and devices: M. de Teresa [ Abstract | Slides (4.2MB) ]
Biology and medicine
- Nanomagnetism for biology:Lucas Pérez García, Madrid, Spain [ Slides | Recording ]
- Nanomagnetism for oncology:María del Puerto Morales, Madrid, Spain [ Slides | Recording ]
- Magnetism for biology and medicine: Nora Dempsey, Grenoble, France [ Recording part1 & part2 ]
- Magnetism for biology and medicine: Annelies Coene, Ghent, Belgium [ Slides | Recording ]
- Small particles and biological and medical applications - Electromagnetic compatibility and wave absorption: R. Ibarra, University of Zaragoza, Spain [ Abstracts: pt1 | pt2 | Slides: pt1 | pt2 ]
- Biomedical applications based on magnetic nanoparticles: F. Ibarra [ Abstract | Slides (2.8MB) ]
Magnets, forces and motors
- Permanent magnets: Ekkes Brück, Delft, The Netherlands [ Slides | Recording ]
- Permanent magnets for energy efficient design: James McKenzie, Hirst Magnetic Instruments Ltd. [ Slides ]
- Permanent Magnets: Pelin Tozman, Darmstadt, Germany [ Slides | Recording ]
- Electric motors and generators: Johan Paulides, Advanced Electromagnetics [ Recording ]
- Magnetic fluids: Ladislau Vekas, Timisoara, Romania [ Slides | Recording ]
- Magnetic energy and magnetic circuits: Johan Paulides, Advanced Electromagnetics [ Slides | Recording ]
- Permanent magnets for Energy – from fundamentals to applications: Oliver Gutfleisch, Darmstadt, Germany [ Abstract | Slides ]
- Applications of high energy density permanents magnets: W. Kappel, ICPE CA, Bucarest, Romania [ Abstract | Slides ]
- Ferrofluids: Ladislau Vekas, Timisoara, Romania [ Abstract | Slides ]
- Magnetostrictive effect and shape memory materials: K. Doerr>, IFW, Dresden, Germany [ Abstract | Slides ]
Soft magnetic materials
- Soft-magnetic materials: Nicoleta Lupu, Iasi, Romania [ Slides | Recording ]
- Application oriented development of amorphous and nanocrystalline soft magnetic materials: Giselher Herzer, Vacuumschmelze, Germany [ Abstract | Slides ]
- Soft Magnetic Materials and Applications: Olivier Geoffroy, Néel Institute, Grenoble, France [ Abstract | Slides ]
Energy
- Magnetocaloric effects: Ekkes Brück, Delft, The Netherlands [ Slides | Recording ]
- Permanent magnets for energy efficient design: James McKenzie, Hirst Magnetic Instruments Ltd. [ Slides ]
- Magnetocaloric effect: Kelly Morrison, Loughborough, UK [ Slides | Recording ]
- EMA Plenary Lecture: Magnetism for Energy Efficient Devices: Cavill Stuart, York, UK [ Slides | Recording ]
- Magneto (and multi-)caloric materials for efficient refrigeration: Oliver Gutfleisch, Darmstadt, Germany [ Slides | Recording ]
- Permanent magnets for efficient energy conversion: Oliver Gutfleisch, Darmstadt, Germany [ Slides | Recordings ]
- Permanent magnets for Energy – from fundamentals to applications: Oliver Gutfleisch, Darmstadt, Germany [ Abstract | Slides ]
- Material criticality: Oliver Gutfleisch, Darmstadt, Germany ― Chair [ Slides ]
- Magnetoelastic materials (magnetic shape memory, magnetostrictive): Sebastian Fähler, Dresden, Germany [ Abstract | Slides ]
- Introduction to magnetic refrigeration Ekkes Brück, Amsterdam, The Netherlands [ Abstract | Slides ]
- Motivation for the ESM School: Nora Dempsey, Grenoble, France ― Chair [ Slides ]
Industry and career perspectives
- Industrial perspective and career: Russell Cowburn, Durham Magnetooptics [ Slides | Recording ]
- Industrial perspective and career: Maxime Rollo, Caylar [ Slides | Recording ]
- Industrial perspective and career: Raquel Esteban Puyuelo, Ericsson [ Slides | Recording ]
- A career in superconducting magnets: Steven Ball, Oxford Instruments [ Slides ]
- Early career discussion: Phil Hasnip, York, UK [ Slides | Recording ]
- From academia to industry: David Salido-Monzú, ABB, Switzerland [ Slides | Recording ]
- Research careers: From academia to industry: Jeff Childress, Crocus Technology, France -USA [ Slides | Recording ]
- Career perspectives and development for PhDs: Olivier Fruchart, Grenoble, France [ Slides | Recording ]
- Starting your own company: Johannes Paul, Sensitec GmbH, Germany [ Recording ]
- Working in industry: Johannes Paul, Sensitec GmbH, Germany [ Recording ]
- Career perspectives and development for PhDs: Olivier Fruchart, Grenoble, France [ Slides | Recording ]
- Data related roles in today's businesses: Piotr Łączkowski, Vestiaire Collective [ Slides | Recording ]
- Working in the industry: Johan Paulides, Advanced Electromagnetics [ Slides | Recording ]
- LOT-QuantumDesign – Our instruments for your research – Benefit from our expertise: Stefan Riesner, LOT-QuantumDesign [ Abstract | Slides ]
- Biased Industry Perspective on Basic and Applied Research. Experiences from a PhD on Magnetism in an Engineering World: David García Gómez, Airbus Defense & Space [ Abstract | Slides ]
- Entering the industry job market after a PhD: a personal perspective: Gwilherm Nénert, PANalytical B. V., The Netherlands [ Abstract ]
- Scientific publishing - Views and opportunities: Yonko Millev, APS Associate Editor [ Abstract ]
- Peer reviewing a scholarly article: Yonko Millev, APS Associate Editor [ Abstract ]
- Production of magnetic materials for spintronics: Lavinia Nistor, Applied Materials [ Abstract ]
- Magnetoresistive sensors: Johannes Paul, Sensitec GmbH, Germany [ Abstract ]
- Magnetism for the semiconductor industry: Lucien Lombard, Crocus Technology, Grenoble, France [ Abstract | Slides ]
- Application oriented development of amorphous and nanocrystalline soft magnetic materials: Giselher Herzer, Vacuumschmelze, Germany [ Abstract | Slides ]
Transverse topics
Perspectives
- Roadmap of magnetism: Stefano Sanvito, Dublin, Ireland [ Slides | Recording ]
- School overview (Nanomagnetism for emerging technologies): Olivier Fruchart, Grenoble, France [ Slides | Recording ]
- Opening of ESM2017: Virginie Simonet, Grenoble, France [ Abstract | Slides ]
- Open questions in Magnetism: D. Givord [ Abstract | Slides (6.0MB)]
Sustainability
- Strategic materials in the energy transition: Oliver Gutfleisch, Darmstadt, Germany [ Slides | Recordings ]
Publishing
- Scientific publishing - Views and opportunities: Yonko Millev, APS Associate Editor [ Abstract ]
- Peer reviewing a scholarly article: Yonko Millev, APS Associate Editor [ Abstract ]
Education
- Experimental Magnetism off the lab (practical): Laurent Ranno, Grenoble, France [ Abstract ]
Working methods and tools
- Entities in scientific workflows: Hans Fangohr, Hamburg, Germany, and Southhampton, United Kingdom [ Slides | Recording ]
Diversity, equity, ethics
- Diversity in Magnetism: what can we do? Claire Donnelly, Dresden, Germany [ Slides ]
- Women and Diversity in Magnetism round table: Claire Donnelly, Sandra Ruiz-Gomez, Dresden, Germany [ Slides ]