'Spin glass' presentation slideshows

Chin-Kun Hu ( ??? ) Institute of Physics, Academia Sinica, Taipei 11529, Taiwan and CYCU

Renormalization Group and Monte Carlo Approach to Critical Phenomena: a talk in memory of Professors Shang-keng Ma ( ??? ) and Yu-Ming Shih ( ??? ). Chin-Kun Hu ( ??? ) Institute of Physics, Academia Sinica, Taipei 11529, Taiwan and CYCU E-mail: huck@phys.sinica.edu.tw

2.1k views • 171 slides

Nanostructures and Nanomaterials

Nanostructures and Nanomaterials. NANO51 Foothill College. Overview. Key nanostructures PNPA rubric Why is each structure important? What industries use these structures? For what types of applications?. http://nanotechweb.org/cws/article/tech/17537. Nanostructures. Aerogels

1.78k views • 60 slides

#2] Spin Glasses

678 views • 51 slides

Neutron Scattering of Frustrated Antiferromagnets

Neutron Scattering of Frustrated Antiferromagnets. Collin Broholm Johns Hopkins University and NIST Center for Neutron Research. Satisfaction without LRO Paramagnetic phase Low Temperature phase Spin glass phase Long range order Spin Peierls like phase Conclusions .

482 views • 37 slides

527 views • 36 slides

The Group at Waterloo

Phase Diagram of LiHo x Y 1-x F 4 Jeff Quilliam, Chas Mugford, Jan Kycia Department of Physics and Astronomy University of Waterloo Ariel Gomez, Stefan Kycia Department of Physics and Astronomy University of Guelph Support: NSERC, CFI, OIT, MMO, The Research Corporation, NSERC.

478 views • 34 slides

Joseph Snider * and Clare Yu University of California, Irvine

Dipole Glasses Are Different from Spin Glasses: Absence of a Dipole Glass Transition for Randomly Dilute Classical Ising Dipoles. Joseph Snider * and Clare Yu University of California, Irvine. *Now at Salk Institute, La Jolla, CA. Examples of Dipolar Glasses.

302 views • 30 slides

Anna Sanpera. University Hannover Cozumel 2004

Bose-Fermi mixtures in random optical lattices : From Fermi glass to fer m ionic spin glass and quantum percolation. Anna Sanpera. University Hannover Cozumel 2004. Theoretical Quantum Optics. at the University of Hannover. Cold atoms and cold gases:

360 views • 27 slides

Quantum Spin Glasses & Spin Liquids

845 views • 26 slides

Daniel Stein Departments of Physics and Mathematics New York University

Quenched Disorder, Spin Glasses, and Complexity. Daniel Stein Departments of Physics and Mathematics New York University. Complex Systems Summer School Santa Fe Institute June, 2008. Partially supported by US National Science Foundation Grants DMS-01-02541, DMS-01-02587, and DMS-06-04869.

372 views • 25 slides

Daniel Stein Departments of Physics and Mathematics New York University

Quenched Disorder, Spin Glasses, and Complexity. Daniel Stein Departments of Physics and Mathematics New York University. Complex Systems Summer School Santa Fe Institute June, 2008. Partially supported by US National Science Foundation Grants DMS-01-02541, DMS-01-02587, and DMS-06-04869.

256 views • 25 slides

BL5203 Molecular Recognition & Interaction Section D: Molecular Modeling.

BL5203 Molecular Recognition & Interaction Section D: Molecular Modeling. Chen Yu Zong Department of Computational Science National University of Singapore Singapore 119260. Second Part. Computer modeling of molecular interaction.

446 views • 23 slides

Spin Glasses and Complexity: Lecture 2

428 views • 22 slides

Neutron Scattering from Geometrically Frustrated Antiferromagnets

Neutron Scattering from Geometrically Frustrated Antiferromagnets. Collin Broholm Johns Hopkins University and NIST Center for Neutron Research. Spins on corner-sharing tetrahedra Paramagnetic phase Long Range Ordered phase (ZnCr 2 O 4 ) Spin-glass phase (Y 2 Mo 2 O 7 )

306 views • 21 slides

Glass Phenomenology from the connection to spin glasses: review and ideas

Glass Phenomenology from the connection to spin glasses: review and ideas. Nussinov Washington University. Conclusions (Moore). Mapping between glass to spin glass in a magnetic field. Magnetic field corresponds to non-linearities. Conclusions continued (Moore).

297 views • 19 slides

0906366_Young

Efficiency of the Quantum Adiabatic Algorithm Allan Peter Young, University of California-Santa Cruz, DMR 0906366.

72 views • 2 slides