Read article: Cold fermions could simulate superconductors
Cold fermions could simulate superconductors
The first Mott insulator of fermionic atoms may lead to new ways of studying condensed matter systems
Read article: Cold fermions could simulate superconductors
Read article: Shedding light on artificial atoms
Shedding light on artificial atoms
New technique of 'amplitude spectroscopy' works at frequencies where conventional spectroscopy is difficult
Read article: Graphene pioneers bag Europhysics prize
Graphene pioneers bag Europhysics prize
Andre Geim and Kostya Novoselov recognized for discovering new carbon material just one atom thick
Spin-flip speed is pushed to the limit
Physicists discover a faster way to store data using spin-polarized electrons
Read article: Spinning electrons make for an unconventional metal
Spinning electrons make for an unconventional metal
Simple exception to Landau-Fermi liquid could provide new route to spintronics
Read article: Stretching the boundaries of electronics
Stretching the boundaries of electronics
Material can be stretched by up to 70% and is still electrically conductive
Read article: Ballistic breakthrough could lead to molecular logic gates
Ballistic breakthrough could lead to molecular logic gates
Electrons travel with ease between benzene and platinum
Cold atoms could help build ‘spintronics’ transistor
Analogue "may help understand problems in real systems"
Read article: Plasmons put laser light on the straight and narrow
Plasmons put laser light on the straight and narrow
Tiny collimator reduces divergence of light from semiconductor lasers
Read article: Thin-film dyes boost solar cells
Thin-film dyes boost solar cells
Concentrators increase solar cells' power output by an order of magnitude
