
Theory in the computer age
Some years ago, it was customary to divide work in the exact sciences of physics, chemistry and biology into three categories: experimental, theoretical and computational.
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Some years ago, it was customary to divide work in the exact sciences of physics, chemistry and biology into three categories: experimental, theoretical and computational.
TRIUMF's new director Nigel Lockyer looks to the future of co-operation in particle physics, and Canada's role in this increasingly global adventure.
John Womersley explains the changes taking place in the UK's support structure for nuclear and particle physics and the operation of large science facilities.
Swapan Chattopadhyay reflects on the extraordinary fundamental value of accelerators.
Six secrets of successful institutes Mike Lazaridis, co-founder of the company behind the BlackBerry, explains how he has applied business strategy to establish a world-class theoretical-physics inst...
C Konrad Gelbke argues that nuclear science has a bright future thanks to the possibilities being opened in particular by the exploration of rare isotopes.
The media have a central role in telling the story of research in particle physics. We need to put aside our differences and keep our eyes on the big picture if we are to make the most of this vast re...
James Pinfold considers how relatively low-cost experiments to study ultra-high-energy cosmic rays could bring developing countries into frontier research.
Urs Hölzle from Google points out that while the performance of commodity computer clusters continues to increase, so does their electrical power consumption.
Herman White argues the case for public participation in the decision-making process for the International Linear Collider.