The Net Advance of Physics:
SPIN SYSTEMS

SPIN SYSTEMS:

• General: Sachdev 95/08; Major 99/05;
  • An introduction to spin systems for mathematicians by Ingmar Saberi [2017/08]

• General: COMPUTATIONAL:
  • Computational Studies of Quantum Spin Systems by Anders W. Sandvik [2009/10] 207 pp.

• General: Models: CLASSICAL N-VECTOR: Butera and Comi 97/03;
• Aspects: SPINTRONICS;
• Types: LADDERS; LATTICES; NETWORKS; NODAL LIQUIDS; SPIN CHAINS; SPIN GLASSES; SPIN LIQUIDS;
• Type: LOW-DIMENSIONAL: Bose 2000/11;
• Type: LOW-DIMENSIONAL: Re: MAGNETIC LIGHT SCATTERING: Lemmers et al. 2003/01;

• Type: MAGNON:
  • Magnon BEC and Spin Superfluidity: a 3He primer by Yu. M. Bunkov and G. E. Volovik [2009/04]
  • Spintronics and Magnon Bose-Einstein Condensation by Rembert A. Duine et al. [2015/05]
  • Magnonics: Spin Waves Connecting Charges, Spins and Photons by A. V. Chumak and H. Schultheiss [Journal of Physics D 50, 300201 (2017)]

• Type: SPIN ICE:
  • Spin Ice by Michel J.P. Gingras [2009/03]
  • Spin Ice, Fractionalization and Topological Order by Claudio Castelnovo et al. [2011/12]
  • Artificial Spin Ice: Controlling Geometry, Engineering Frustration by Cristiano Nisoli et al. [2013/06]
  • New physics in frustrated magnets: Spin ices, monopoles, etc by A. A. Zvyagin [2013/08]
  • Experimental Studies of Artificial Spin Ice by Christopher Marrows [2016/11]
  • Topology by Design in Magnetic Nano-Materials: Artificial Spin Ice by Cristiano Nisoli [2017/11]
  • Frustrated quantum rare-earth pyrochlores by Jeffrey G. Rau and Michel J. P. Gingras [2018/06]

• Type: SPIN-WAVE SYSTEMS:
  • The building blocks of magnonics by Benjamin Lenk et al. [2011/01]
  • Electronic crystals: an experimental overview by Pierre Monceau [Advances in Physics 61, 325 (2012)]

• Type: SUPERCURRENTS:
  • Spin-polarized supercurrents for spintronics: a review of current progress by Matthias Eschrig [2015/09]

• Type: TWO-DIMENSIONAL: Sachdev 93/03;
• Aspects: BOSONIZATION;

• Aspects: COMPASS MODELS:
  • Compass and Kitaev models -- Theory and Physical Motivations by Zohar Nussinov and Jeroen van den Brink [2013/03] 111 pp.

• Aspects: KITAEV MODEL:
  • Compass and Kitaev models -- Theory and Physical Motivations by Zohar Nussinov and Jeroen van den Brink [2013/03] 111 pp.
• Re: OPERATOR ALGEBRAS: Ruelle 2001/07;
• Re: PHASE TRANSITIONS: Sachdev 95/08;
• Re: PHASE TRANSITIONS: FIRST ORDER: Billoire 95/01;

• Re: QUANTUM COMPUTATION:
  • Quantum spin systems for measurement-based quantum computation by T.-C. Wei [2018/12]

• Re: QUANTUM FIELD THEORY:
  • An introduction to spin systems for mathematicians by Ingmar Saberi [2017/08]

• Re: STATISTICAL MECHANICS:
  • Statistical Mechanics of Integrable Quantum Spin Systems by Frank Göhmann [2018/09] Les Houches

• Re: TOPOLOGICAL PHASES:
  • An introduction to spin systems for mathematicians by Ingmar Saberi [2017/08]

THE NET ADVANCE OF PHYSICS