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SUMMARY:Orbitronics in Silicon (Prof. Gabriel Aeppli FRS\, London Centre f
 or Nanotechnology) - Prof. Gabriel Aeppli FRS\, London Centre for Nanotech
 nology\, University College London
DTSTART:20140502T140000Z
DTEND:20140502T150000Z
UID:TALK50700@talks.cam.ac.uk
CONTACT:Dr. Jonathan D. Mar
DESCRIPTION:Condensed matter physics is following atomic physics in moving
  from observation of quantum states to their control\, initially via varia
 bles such as external magnetic fields\, but more recently using tailored o
 ptical and microwave pulses and\, at the level of a few atoms\, using elec
 trical fields generated by scan probe tips. These developments\, which als
 o include deterministic doping of semiconductors\, will enable both new sc
 ience and novel information processing schemes. The results are contrasted
  with those for control of defect spins.\n\n[1] P. T. Greenland et al.\, N
 ature 465\, 1057 (2010)\n[2] N. Q. Vinh et al.\, Phys. Rev. X 3\, 011019 (
 2013)\n[3] G. W. Morley et al.\, Nature Mater. 9\, 725 (2010)\n[4] G. W. M
 orley et al.\, Nature Mater. 12\, 103 (2013)[5] S. R. Schofield et al.\, N
 at. Commun. 4\, 1649 (2013)
LOCATION:Pippard Lecture Theatre\, Bragg Building\, Cavendish Laboratory (
 Physics Department)
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