'Spin waves' presentation slideshows

Frustration and Field-driven Quantum Criticality Collin Broholm

Frustration and Field-driven Quantum Criticality Collin Broholm Johns Hopkins University and NIST Center for Neutron Research, USA. Frustrated magnets close to a QCP Lattice of triangles Kagome sandwich Spinel AFM Field driven QCP in Gapped Spin Systems Spin-1 chain

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Breaking electrons apart in condensed matter physics

Breaking electrons apart in condensed matter physics. Group at MIT Predrag Nikolic Dinesh Raut O. Motrunich (now at KITP) A. Vishwanath . Other main collaborators L. Balents (UCSB) Matthew P.A Fisher (KITP) Subir Sachdev (Yale) D. Ivanov (Zurich). T. Senthil (MIT).

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Croucher ASI on Frontiers in Computational Methods and Their Applications in Physical Sciences Dec. 6 - 13, 2005 The Chinese University of Hong Kong.

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Satisfied Simplexes in Frustrated Magnets Collin Broholm

Satisfied Simplexes in Frustrated Magnets Collin Broholm Johns Hopkins University and NIST Center for Neutron Research, USA. Introduction Frustrated route to novel materials Neutron Scattering Weakly connected frustrated simplexes Lattice of triangles Kagome sandwich Spinel AFM

547 views • 40 slides

Yu. M. Bunkov H. Godfrin E. Collin A.S. Chen D. Cousins R. Harakaly S. Triqueneaux J. Elbs

Cold gas of magnons, collective behavior. Yu. M. Bunkov Institute Neel, CNRS, Grenoble, France. Yu. M. Bunkov H. Godfrin E. Collin A.S. Chen D. Cousins R. Harakaly S. Triqueneaux J. Elbs P. Hunger G. E. Volovik J. Sauls J. Parpia W. Halperin Yu. M. Mukharskiy V. V. Dmitriev

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Valence bond solid order through spin-lattice coupling

Valence bond solid order through spin-lattice coupling. Jung Hoon Han & Chenglong Jia Sung Kyun Kwan U. ???? Ref: Jia(Kim) 2 Han, PRB (2005); Jia & Han, cond-mat/0505573. u j. R ij. j. u i. i. L attice- C oupled Antiferromagnetic S pin M odel.

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Interconnect Working Group

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Topics in Magnetism II. Models of Ferromagnetism

Topics in Magnetism II. Models of Ferromagnetism. Anne Reilly Department of Physics College of William and Mary. After reviewing this lecture, you should be familiar with: . 1. General source of ferromagnetism 2. Curie temperature 3. Models of ferromagnetism: Weiss, Heisenberg and Band.

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Spin Wave Model to study multilayered magnetic materials

Spin Wave Model to study multilayered magnetic materials. Sarah McIntyre. Why study spin waves?. Atomic level precision materials Well defined interfaces Magnetic properties of buried interfaces difficult to measure Probe via spin waves. Ferromagnetism. Spins align parallel

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Spin-Orbital Entanglement and Violation of the Kanamori-Goodenough Rules

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N ano science

Nanoscience is the bundling of sciences that together target human control over the arrangement of atoms and molecules on the nanoscale, this is the scale of individual atoms and molecules. N ano science .

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From Solitons to Precessional Dynamics and Chaos - Nonlinear Spin Waves in Magnetic Thin Films

From Solitons to Precessional Dynamics and Chaos - Nonlinear Spin Waves in Magnetic Thin Films Carl E. Patton, Department of Physics, Colorado State University (DMR-0108797).

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In ferromagnets , the magnetization is uniform in space.

Breakdown of Hydrodynamics in Helimagnets D. Belitz, University of Oregon, DMR-0529966 T.R. Kirkpatrick, Univ. of Maryland, DMR-0530314. In ferromagnets , the magnetization is uniform in space.

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