'Spin orbit' presentation slideshows

Solid State Quantum Computation. 1. Spins David DiVincenzo, IBM Can. Summer School, 5/2004

Solid State Quantum Computation. 1. Spins David DiVincenzo, IBM Can. Summer School, 5/2004. Liquid-state NMR NMR spin lattices Linear ion-trap spectroscopy Neutral-atom optical lattices Cavity QED + atoms Linear optics with single photons Nitrogen vacancies in diamond.

695 views • 58 slides

Overview of HI Astrophysics

Overview of HI Astrophysics. Riccardo Giovanelli. A620 - Feb 2004. The Bohr Atom. Given a hydrogenic atom of nuclear charge Ze, if the Hamiltonian depends only on r, i.e. ?. The wave function is. Where the R nl (r) is an expansion in Laguerre polynomials and the spherical harmonics

713 views • 57 slides

Spin-orbit coupling based spintronics: Extraordinary magnetoresistance studies in semiconductors

Spin-orbit coupling based spintronics: Extraordinary magnetoresistance studies in semiconductors. Tom as Jungwirth. Universit y of Nottingham Bryan Gallagher, Tom Foxon, Richard Campion, Kevin Edmonds, Andrew Rushforth, Devin Giddings et al. Institute of Physics ASCR

844 views • 57 slides

Unconventional Magnetism: Electron Liquid Crystal State and Dynamic

Unconventional Magnetism: Electron Liquid Crystal State and Dynamic Generation of Spin-orbit Coupling. Congjun Wu. Department of Physics, UCSD. C. Wu and S. C. Zhang, PRL 93, 36403 (2004); C. Wu, K. Sun, E. Fradkin, and S. C. Zhang, PRB 75, 115103 (2007).

728 views • 43 slides

Magnetic transitions of multiferroics revealed by photons

Magnetic transitions of multiferroics revealed by photons. ??? ???????? ???????. Multiferroicity Soft x-ray magnetic scattering Magnetic transitions and switch of spin chirality. May 9, 2007. Collaborators National Synchrotron Research Center:

599 views • 39 slides

Nuclear Structure Theory

Nuclear Structure Theory. Exotic Beam Summer School 2012. August, 4-11 th 2012. Nicolas Schunck. The dawn of nuclear physics. 1896: Discovery of radioactivity (Becquerel) 1911: Discovery of the nucleus (Rutherford experiment) 1932: Discovery of the neutron (Chadwick)

782 views • 38 slides

Antiferromagnetic coulpling in spintronics

Antiferromagnetic coulpling in spintronics. Tom as Jungwirth. Institute of Physics ASCR & Charles Univ. , Czech Rep. Univ. of Nottingham, UK. Hitachi and Univ. Cambridge , UK & Japan. Politecnico di Milano, Italy. Univ. of California, Berkeley.

655 views • 38 slides

Nuclear structure and dynamics at the limits

509 views • 36 slides

Introduction to Hypernuclear Physics

Introduction to Hypernuclear Physics. K. Tanida (RIKEN) CNS summer school, Aug. 21, 2002. Outline: What is hypernucleus? BB interaction and structure of hypernuclei Hyperons in nuclei Weak decay of hypernuclei Results from recent experiments Future prospects. 4. He. S.

585 views • 35 slides

Evolution of Computational Approaches in NWChem

Evolution of Computational Approaches in NWChem. Eric J. Bylaska , W. De Jong, K. Kowalski, N. Govind, M. Valiev, and D. Wang High Performance Software Development Molecular Science Computing Facility. Outline. Overview of the capabilities of NWChem

573 views • 33 slides

Orbital Order in Titanium and Vanadium Spinels

521 views • 27 slides

Microscopic theory of spin transport

Microscopic theory of spin transport. K. Hosono, A. Takeuchi, Y. Takezoe, N. Nakabayashi Gen Tatara. Tokyo Metropolitan University. Spin current. r s. j s. E,? T. j s. E. S. Spin-orbit. Ferromagnet Spin Seebeck. Spin Hall. Spin pumping. Spin diffusion. Hirsch 99 Murakami 03.

810 views • 27 slides

Higher Fock State Contributions to Generalized Parton Distributions

Higher Fock State Contributions to Generalized Parton Distributions. Beijing, June 14, 2006. Workshop on Future PRC-U.S. Cooperation in High Energy Physics. Motivation for Two-Photon Physics. - GPDs Contain Much More Information than DIS and FF.

329 views • 25 slides

Time dependence of SM parameters

318 views • 23 slides

Atomic Structure and Atomic Spectra

Atomic Structure and Atomic Spectra. Chapter 10. Spectra of complex atoms. Energy levels not solely given by energies of orbitals Electrons interact and make contributions to E Singlet and triplet states Spin-orbit coupling. Fig 10.18 Vector model for paired-spin electrons.

572 views • 20 slides

Sarah Naimi

ISOLDE Workshop 2009. Nuclear structure oddities from ISOLTRAP mass measurements. Sarah Naimi. CSNSM Orsay & ISOLTRAP/ISOLDE CERN. ISOLDE Workshop 2009. Plan Experimental setup Shell closure at N = 40 Mn isotopes masses Kr isotopes : deformation from N = 60? Summary and outlook.

343 views • 19 slides

Influence of the spin-orbit coupling in the structural and electronic properties of Ir chains

368 views • 19 slides

Outline lecture (HL- 3 )

Outline lecture (HL- 3 ). Structure of nuclei NN potential exchange force Terra incognita in nuclear landscape Neutron matter Halo nuclei Hypernuclei Literature: PR 16, 17. scattered. in. nucleon-nucleon scattering.

352 views • 19 slides

Spin-Dependent Scattering From Gated Obstacles in Graphene Systems

Spin-Dependent Scattering From Gated Obstacles in Graphene Systems . M.M. Asmar & S.E. Ulloa Ohio University . Outline . Motivation. The studied system and the mathematical approach. Results and analysis. Conclusions. Motivation .

206 views • 12 slides

Spin-Dependent Scattering From Gated Obstacles in Graphene Systems

Spin-Dependent Scattering From Gated Obstacles in Graphene Systems . M.M. Asmar & S.E. Ulloa Ohio University . Outline . Motivation. The studied system and the mathematical approach. Results and analysis. Conclusions. Motivation .

235 views • 12 slides