October 2017

Nobel Prize in Physics Awarded for Detection of Gravitational Waves

Theo Steele explores the science behind this year’s Nobel Prize In general relativity, spacetime is treated as a geometric surface.  This surface is capable of warping and bending, and gravity can be thought of as the result of curvature which alters trajectories.  Gravitational waves are distortions in this surface that propagate as a wave and transport energy as gravitational radiation. The possibility that waves of gravitational radiation might exist has

Cambridge’s Latest Nobel Prize

Max Wilkinson explores the science behind this year’s Nobel Prize in Chemistry At the core of all life on earth is chemistry: from the way DNA is built and read to the way the proteins it encodes make a cell tick. The best way to truly understand this chemistry is to directly visualise the atoms of life. This is commonly achieved by X-ray crystallography, where biomolecules are purified and forced