![]() However, the necessary magnetoelectric switching is hard to achieve, and requires more than just a coupling between the spin and the charge degrees of freedom2,3,4,5. Are traditional approaches guided primarily by intuitions of synthesis scientists, such as the synthesis of new chemical phases, growth of new crystals or improving materials quality by, for example, controlling defects, still essential for the discovery of new phenomena? or Can new theoretical predictions such as first principles calculations or Hamiltonian approaches really lead to new discoveries?Ħ July Topologically protected magnetoelectric switching in a multiferroicĮlectric control of magnetism and magnetic control of ferroelectricity can improve the energy efficiency of magnetic memory and data-processing devices1. The main theme of QMS 2022 will be on the question of which one matters most for the discovery of emergent phenomena in quantum materials: new materials synthesis versus theoretical predictions. One of the goals for the symposium is to establish innovative and strongly collaborative network between premier world-wide research institutes, involved in quantum materials research. ![]() We plan to discuss new synthesis techniques for bulk materials, thin films and heterostructures as well as applications of advanced characterization probes. The QMS symposium is primarily sponsored by the Gordon and Betty Moore Foundation and will be focused on transformative questions framed around cutting edge challenges for quantum materials synthesis and fabrication. 8 September Symposium on Quantum Materials Synthesis (QMS 2022):
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