Themes and Topics

Chairs: Tatiana Guidi, Manuel Brando, Philipp Gegenwart

• 1.01 Unconventional superconductivity and magnetism in SCES
• 1.02 Topological states in SCES including Dirac and Weyl semimetals
• 1.03 Heavy fermion systems, Kondo physics and valence fluctuations including actinides
• 1.04 Frustration and quantum spin liquids
• 1.05 CEF effects and multipolar ordering in SCES
• 1.06 Quantum phase transitions and related phenomena including metal-insulator transitions
• 1.07 Non-equilibrium physics in SCES, including mesoscopic Kondo and non-equilibrium pump-probe states
• 1.08 Theoretical models and methods for strong correlations
• 1.09 Materials design and novel advanced materials
• 1.10 Fermi surfaces and electronic structure of correlated phase

Chairs: Silvia Picozzi, Aurelien Manchon, Roser Valenti

• 2.01 1D magnetism
• 2.02 Molecular magnetism
• 2.03 2D magnetic materials
• 2.04 Novel magnetic phenomena at surfaces and interfaces
• 2.05 Frustrated, disordered and quantum magnetic phases
• 2.06 Spin phenomena in topological materials
• 2.07 Advances in Theory and Simulations in low-dimensional magnetism
• 2.08 Chirality, Skyrmions and Exotic spin texture

Chairs: Giovanni Carlotti, Luis E. Hueso, Yoshichika Otani

• 3.01 Spin transport, spin tunneling and spin torque phenomena
• 3.02 Spin caloritronics
• 3.03 Spin-orbit effects and spin-charge-orbit conversion phenomena
• 3.04 Electric field effects on magnetic systems and voltage controlled switching
• 3.05 Low-dimensional spintronics
• 3.06 Semiconductor & Molecular spintronics (including chirality-induced spintronics)
• 3.07 Antiferromagnetic spintronics
• 3.08 Vortex, skyrmion and domain wall dynamics
• 3.09 Magnonics
• 3.10 Ultrafast magnetization dynamics including terahertz spintronics
• 3.11 Spin-mediated coupling phenomena (including magnon-magnon, magnon-phonon and magnon-photon among others)
• 3.12 Micromagnetic & Multiscale Modelling

Chairs: Franca Albertini, Nora Dempsey, Hari Srikanth

• 4.01 Advanced synthesis  and characterization of magnetic thin films and multilayers
• 4.02 Anisotropy effects of magnetic thin films and multilayers
• 4.03 Surface and interface effects, Exchange bias and exchange springs
• 4.04 Functional Hybrid nanostructures and arrays       
• 4.05 Synthesis and  advanced characterization  of nanoparticles       
• 4.06 Magnetic Nanoparticles in Bio-medical, Food and Environmental applications       
• 4.07  Theory and modeling of nanomagnetic systems       
• 4.08 Magnetic nanowires and nanotubes 

Chairs: Massimo Solzi, Ko-Wei Lin, Xavier Moya

• 5.01 Hard magnetic materials
• 5.02 Soft magnetic materials and magnetic shielding
• 5.03 Materials for Energy applications
• 5.04 Emerging properties in Functional Magnetic Materials
• 5.05 Multiferroic and related materials
• 5.06 Magnetic shape memories, magnetoelastic
• 5.07 Critical challenges and Magnetic Materials (raw materials, sustainability, automotive)
• 5.08 Magnetophotonics and magnetoplasmonics

Chairs: Riccardo Bertacco, Florin Ciubotaru, Tiffany Santos

• 6.01 Magnetic sensors for Monitoring and Diagnostics
• 6.02 Magnetic devices for information storage
• 6.03 Magnetic logic devices
• 6.04 Spin-Waves plaforms for signal processing
• 6.05 Neuromorphic spin-based devices
• 6.06 Spin-based Quantum computing and Sensing
• 6.07 Magnetic MEMS
• 6.08 Novel tools for investigating magnetism at the nanoscale
• 6.09 Emerging techniques at large facilities (neutron, synchrotron, high fields, etc.)
• 6.10 Interdisciplinary applications and technologies including Biomedical