SPICE Young Research Leaders Group Workshops on Insulator spintronics starts today!! Welcome all to an exciting new workshop.

We welcome all the participants to theSPICE Topology Matters workshop. It brings  togetherthe top scientists in the fields of spintronics, superconductivity, topological insulators, and multiferroics in order to explore their connections via topology.

This will also be the first workshop of SPICE where the majority of the typical gender balance has been inverted!!

It promises to be an exciting workshop!

We welcome the participants of the SPICE Spin Dynamics in the Dirac Systems workshop .

The workshop offer a platform for the knowledge exchange between diverse novel condensed matter domains such as topological insulators and superconductors, Weyl physics, topological Josephson junctions, spintronics in graphene, spin valves, spin-logic devices, quantum magnetism, spin lattices, frustrated magnets, spin liquids, non-trivial spin states, etc.

We wish you all a very productive meeting!

We welcome the participants of the SPICE Non-equilibrium Quantum Matter workshop that starts today.

The workshop brings together leading experts – both theorists and experimentalists – working in the broad field and focuses on the most exciting recent developments in non-equilibrium many-body physics.

We wish you all a very productive workshop!

With the impending end of traditional Si based electronics due to Moore's law limitations, the need for novel approaches to next generation device design is not only apparent, but has become a popular interdisciplinary research topic. From research in fabrication engineering and device architectural design to devices based on intrinsically different physics, there is ample room for research from physics, chemistry, and engineering perspectives. From June 13th to 17th, the SPICE Young Research Leaders Workshop was held to approach the problem from a primarily materials perspective aiming to use external stimuli such as classical gating, ionic liquid gating, optical excitation, magnetic field control, strain, etc. to cause large physical property changes in Dirac and Weyl materials due to their unique, sensitive and modifyable Fermi surfaces. Together with co-organizer Jairo Sinova, the organizers Mazhar Ali and Binghai Yan brought together 22 young experts in theoretical and experimental physics, solid state chemistry, and electrical engineering in a multi-disciplinary collaborative effort to quickly bring the exciting new physics of Dirac and Weyl materials to practical application. Through the foundations laid in this workshop, we hope to spark a new field of electronics, discover new materials, new properties, new physics, and possibly create devices based on changing between fundamental states of matter.

For videos of the talks and further information, visit the workshop home page.