'Single spin' presentation slideshows

Two electron spin qubits in GaAs quantum dots Hendrik Bluhm Harvard University

1.35k views • 78 slides

Accessing transversity via single spin (azimuthal) asymmetries

COMPASS workshop Paris, March 2004. Accessing transversity via single spin (azimuthal) asymmetries. Universality of T-odd effects in single spin and azimuthal asymmetries, D. Boer, PM and F. Pijlman, NP B667 (2003) 201-241; hep-ph/0303034. P.J. Mulders Vrije Universiteit Amsterdam

682 views • 56 slides

Imaging, Spectroscopy and Applications of Solid State Spins

Imaging, Spectroscopy and Applications of Solid State Spins. Dr. Kapildeb Ambal. kapildeb.ambal@nist.gov. Institute for Research in Electronics and Applied Physics, University of Maryland, College Park, MD 20742

564 views • 56 slides

Marco Maggiora Dipartimento di Fisica and INFN - Torino, Italy

541 views • 54 slides

Single-spin detection and quantum state readout by magnetic resonance force microscopy

Single-spin detection and quantum state readout by magnetic resonance force microscopy. Goan, Hsi-Sheng ? ? ?. Department of Physics National Taiwan University. Silicon-based quantum computing. Two interactions: hyperfine and exchange interactions.

679 views • 52 slides

Scanning Tunneling Spectrosopy of single magnetic adatoms and complexes at surfaces

Scanning Tunneling Spectrosopy of single magnetic adatoms and complexes at surfaces. Peter Wahl Max-Planck-Institute for Solid State Research Stuttgart. STS of adsorbates Spin detection via the Kondo effect Scaling behavior of single Kondo impurities Chemical analysis by STM

773 views • 37 slides

A Study of the Nucleon Spin Structure in Strong and Electromagnetic Interactions

416 views • 32 slides

Quantum Computing and Nuclear Magnetic Resonance

Quantum Computing and Nuclear Magnetic Resonance. Jonathan Jones EPS-12, Budapest, August 29 2002. Oxford Centre for Quantum Computation http://www.qubit.org jonathan.jones@qubit.org. Outline. What is quantum computing? How to do quantum computing with NMR What has been done?

593 views • 30 slides

Quantum Devices

Quantum Devices. (or, How to Build Your Own Quantum Computer). Pop Quiz:. Question 1: What is Q ?. A) A single mode of electromagnetic radiation B) A cavity quality factor determined by the reflectance of the cavity walls

289 views • 28 slides

A two-qubit conditional quantum gate with single spins

433 views • 24 slides

A two-qubit conditional quantum gate with single spins

386 views • 24 slides

A two-qubit conditional quantum gate with single spins

322 views • 24 slides

A two-qubit conditional quantum gate with single spins

247 views • 24 slides

STAR Spin Results Joanna Kiryluk (MIT) for the STAR Collaboration

Outline: Long term program with rare probes Short(er) term program First results from pp at sqrt(s)=200GeV - analyzing power for - inclusive forward p 0 production - leading charged particle at midrapidity - charged hadrons in forward region ( local polarimetry )

362 views • 22 slides

Proton Spin Physics: Current Status and Forthcoming Results

227 views • 22 slides

Single spin detection

Single spin detection. Maksym Sladkov Top master nanoscience symposium June 23, 2005. Outline. Introduction Magnetic Resonance Force Microscopy Quantum Dot detection of single spin Other detection techniques Summary. Fundamental property of elementary particles

338 views • 16 slides

Run2016 p+p 62 GeV Option: Double-Spin Asymmetry A LT in F orward ? 0 Production

158 views • 15 slides

worldofteaching/

Distinct Spectroscopic context for the NMR Spectroscopy Slides # 2- 4. A quick exposition of the Magnetic Resonance Phenomena Slide # 5. An animated elaboration of the Single spin Interactions Slides #6-7. Concluding Slide with a Definition of N.M.R. Slide # 8.

90 views • 8 slides

S.C. Erwin and F.J. Himpsel, Nature Communications, August 24, 2010. DOI: 10.1038/ncomms1056

Silicon Templates for Single-Spin Magnetoelectronics Franz J. Himpsel, University of Wisconsin-Madison, DMR 0705145.

175 views • 2 slides