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News and Views
Nature 438, 435 (24 November 2005) | doi:10.1038/438435a; Published online 23 November 2005
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Postdoctoral Research Fellow ? Andy Chan?s Lab / Immunology
- Genentech
- South San Francisco, CA, USA
Post-Doctoral Position BAT IIa
- Justus-Liebig-University Giessen
- Giessen 35390 Germany
Condensed-matter physics: Focus on the Fermi surface
Abstract
The electrical resistance of some manganese oxides takes a tumble when they become magnetic. Close examination confirms the interplay of conduction electrons and lattice vibrations that contributes to this effect.
Certain manganese oxides (manganites) exhibit an intriguing effect known as 'colossal magnetoresistance'. Below a certain critical temperature, these materials become ferromagnetic — showing the spontaneous alignment of electron spins that accounts for the magnetic attraction of materials such as iron — and this is accompanied by a drastic reduction in electrical resistance.
- Peter Littlewood and
imon Kos are at the Cavendish Laboratory, University of Cambridge, Madingley Road, Cambridge CB3 0HE, UK.
Email: pbl21@cam.ac.uk
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