Magnetic fields reduce blood viscosity
Researchers suggest exposure to magnetic fields could prevent heart attacks
Read article: Magnetic fields reduce blood viscosity
Read article: Magnetic fields reduce blood viscosity
Erasing data could keep quantum computers cool
How negative entropy could stop a quantum computer from overheating
Read article: Erasing data could keep quantum computers cool
Cool microscope feels the heat
Scanning probe uses ultracold gas atoms to image surfaces
Read article: Cool microscope feels the heat
Semiconductor shows its chameleon side
Switching magnetism on and off in titanium dioxide could lead to more efficient memory chips
Read article: Semiconductor shows its chameleon side
Solar power without solar cells
Sun's energy can be harnessed in insulating 'optical battery', physicists claim
Read article: Solar power without solar cells
Resistance is futile
Continuing our superconductivity centenary celebrations, Ted Forgan looks at the challenges for high-temperature materials
Read article: Resistance is futile
Ultracold atoms simulate magnetic interactions
Quantum fluctuations drive magnetic phase transition
Read article: Ultracold atoms simulate magnetic interactions
Taming serendipity
Laura H Greene calls for a global collaboration in the search for new high-temperature superconductors
Read article: Taming serendipity
Down the path of least resistance
A century after its discovery, Paul Michael Grant explains why superconductivity still confounds and baffles us today
Read article: Down the path of least resistance
A Nobel for communism
Alexei Kojevnikov reviews Lenin's Laureate by Paul R Josephson
Read article: A Nobel for communism
