‘Universal’ equation describes how materials behave at nanoscale
'No supercomputers involved', says physicist
Read article: ‘Universal’ equation describes how materials behave at nanoscale
Read article: ‘Universal’ equation describes how materials behave at nanoscale
The lure of synchrotrons
Robert P Crease asks how sound are the arguments that the next generation of synchrotron sources are an essential tool for meeting the energy challenge?
Read article: The lure of synchrotrons
Spintronics made easy
David Awschalom explains how the spin of the electron could be exploited in completely new types of electronic circuits
Read article: Spintronics made easy
Nobel laureate looks to the future of spintronics
Albert Fert is not resting on his laurels
Read article: Nobel laureate looks to the future of spintronics
Vox pops: the spin on electronics
Physicists tell us what's hot in spintronics
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Charges band together in graphene
"Wonder material" exhibits collective behaviour
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Entangled electrons do the splits
Superconducting 'Y' junction could enable solid-state tests of non-locality
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Electrons flow forever in metal rings
Curious quantum effect is verified
Read article: Electrons flow forever in metal rings
Nanopores sequence DNA
New technique could detect markers for genetically inherited diseases
Read article: Nanopores sequence DNA
Physicists pin down graphite’s magnetism
Answer lies in defects between layers
Read article: Physicists pin down graphite’s magnetism
