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Research finds independent genetic switches control different splotches of colour and pattern on Heliconius butterfly wings, and that these switches have been shared between species over millions of years, becoming “jumbled up” to create new and diverse wing displays.

In 2016, Cambridge ̽��ֱ�� Library will celebrate 600 years as one of the world's greatest libraries with a spectacular exhibition of priceless treasures – and a second show throwing light on its more weird and wonderful collections.

Fumiya Iida (Department of Engineering) discusses the "mother" robot he has built with his colleagues, and why reacting to developments in robotics with undue fear could stifle research and creativity.

New digital techniques have allowed researchers to predict structural evolution of the skull in the lineage of Homo sapiens and Neanderthals, in an effort to fill in blanks in the fossil record, and provide the first 3D rendering of their last common ancestor. ̽��ֱ��study suggests populations that led to the lineage split were older than previously thought.

David Norman (Sedgwick Museum of Earth Sciences) discusses the fossil discoveries that really made a difference to science.

Jacob Dunn (Division of Biological Anthropology) discusses why sperm are the most diverse cells found among animals.

Ever wondered if a fly can ride a bicycle, or whether you could survive only on water? A new website on evolution, created by Cambridge scientists and featuring contributions from luminaries including Sir David Attenborough, has some intriguing answers.

Hannah Rowland (Department of Zoology) discusses why different animals have different tastes when it comes to food.

New research dates plague back to the early Bronze Age, showing it had been endemic in humans across Eurasia for millennia prior to the first recorded global outbreak, and that ancestral plague mutated into its bubonic, flea-borne form between the 2nd and 1st millennium BC.

Evolutionary ‘trade-off’ between size of throat and testes discovered in howler monkeys furthers Darwin’s theory of sexual selection and corresponds to mating systems: males with larger throats but smaller testes often have exclusive access to females, while those with larger testes share mates.