Format results
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Artificial Spin Ice
Oleg Tchernyshyov - Johns Hopkins University - Department of Physics & Astronomy
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Lightning Review on Quantum Spin Liquid
Yong-Baek Kim - University of Toronto
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Neutron Scattering Techniques for Frustrated Magnetism
Collin Broholm - National Institute of Standards and Technology
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Quantum Materials Discovery: The Synthesis of Geometrically Frustrated Magnets
In the last few decades, there has been a marked rise in the diversity of compounds studied with frustrated networks of spins. This was clearly not the case in the early days of this field, where only a handful of “model” systems were being studied (ie. in two dimensions, the triangular or kagome… -
Artificial Spin Ice
Oleg Tchernyshyov - Johns Hopkins University - Department of Physics & Astronomy
Artificial spin ice was invented in 2006 by Peter Schiffer's group as a large-scale model of pyrochlore spin ice. Their system, an array of mesoscopic magnets with submicron dimensions, offered a way to observe the physics of ice rules at the level of individual, albeit large, spins. Today we have… -
Lightning Review on Quantum Spin Liquid
Yong-Baek Kim - University of Toronto
We provide a brief introduction to quantum spin liquid and review current status of theoretical and experimental progresses on this subject. Spin liquid phases that arise in different situations are examined in the light of both theoretical models and experimental systems. -
Neutron Scattering Techniques for Frustrated Magnetism
Collin Broholm - National Institute of Standards and Technology
Neutron scattering can provide unique atomic scale information about structural and dynamical properties of frustrated magnetism. In this lecture I will give a brief description of theoretical and practical aspects of the technique. Experiments on frustrated magnets that illustrate the capabilities… -