Michael Banks looks at the Physics World 2009 Breakthrough of the Year and how research in quantum computing has moved on
Read article: A decade of Physics World breakthroughs: 2009 – the first quantum computer
Tushna Commissariat explains why the discovery that neutrinos have mass is crucial to our understanding of the universe
Read article: My favourite Nobel prize: weighing up neutrino mass
Michael Banks explains the crucial role that liquid helium plays in experimental physics
Read article: My favourite Nobel prize: opening a new chapter in low-temperature physics
From disease diagnosis to atomic physics, the discovery of Raman scattering has had a wide-ranging impact on science and technology, argues Anna Demming
Read article: My favourite Nobel prize: Raman scattering is a universal fingerprint
Margaret Harris chooses an invention that has a huge impact on everyday life
Read article: My favourite Nobel prize: the blue LED that lights up the modern world
Pioneering experiments with Bose–Einstein condensates proved a long-standing theory and ignited a revolution in atomic physics, argues Susan Curtis
Read article: My favourite Nobel prize: creating Bose–Einstein condensates in the lab
US is the big winner when it comes to attracting top physicists, while the UK has lost as many laureates as it has gained
Read article: More than one-quarter of physics Nobel laureates are immigrants, reveal updated infographics
Hamish Johnston explains why Kenneth Wilson's profound insights into phase transitions should be lauded by physicists of all stripes
Read article: My favourite Nobel prize: a universal theory for phase transitions
Matin Durrani explains why the work carried out by the father-and-son team of William and Lawrence Bragg was so significant
Read article: My favourite Nobel prize: X-ray diffraction to deduce crystal structure
Andrew Robinson reviews four books on Einstein and his theory of relativity
Read article: A relative revolution
