A collaboration between scientists at Cambridge and UCL has led to the discovery of a new form of ice that more closely resembles liquid water than any other and may hold the key to understanding this most famous of liquids.
Scientists have long suspected that the way materials behave on the nanoscale – that is when particles have dimensions of about 1–100 nanometres – is different from how they behave on any other scale. A new paper in the journal Chemical Science provides concrete proof that this is the case.
Researchers have identified a new mechanism that drives the development of form and structure, through the observation of artificial materials that shape-shift through a wide variety of forms which are as complex as those seen in nature.
Simon Redfern from the Department of Earth Sciences discusses a study that has recreated the conditions experienced during the meteor strike that formed the Barringer Crater in Arizona.
In 1912 a young graduate working in Cambridge University’s Cavendish Laboratory made a breakthrough that represents the birth of x-ray crystallography. Professor Sir John Meurig Thomas tells the remarkable story of the career of Lawrence Bragg, youngest-ever winner of a Nobel prize.
Research paves way for tough coatings fabricated from cheap, abundant materials.
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