Two female belugas will travel 6,000 miles from China to their new home at the sanctuary in Iceland.Read the full story ›
An international team has shown that it is likely the microwaves are coming from tiny crystals of carbon, otherwise known as nanodiamonds.Read the full story ›
Scientists looked at the circadian rhythms of more than 90,000 people to measure daily rest-activity rhythms, called relative amplitude.Read the full story ›
This means if you are sitting with 90,000 people in Wembley Stadium, you could potentially have two “long lost cousins” in the crowd.Read the full story ›
The behaviour of African Matabele ants is thought to be unique in the animal kingdom.Read the full story ›
A video has been released showing a bullet being obliterated into dust on impact when it hits a metal foam.Read the full story ›
Scientists from Manchester's Museum of Science and Industry have published the results of a year-long study into what makes a catchy tuneRead the full story ›
A tiny part of the brain could play a part in a pessimistic outlook and teach people to expect the worst, scientists believe.
The habenula, an evolutionarily ancient part of the brain half the size of a pea, plays an important role in learning from bad experiences research from University College London's Institute of Cognitive Neuroscience has found.
In some people, they think an over-active habenula may be linked to depression, pessimism and a negative outlook.
Lead researcher Dr Jonathan Roiser said: "The habenula tracks our experiences, responding more the worse something is expected to be."
He added: "In this study we showed that the habenula doesn't just express whether something leads to negative events or not; it signals quite how much bad outcomes are expected."
Dr Roiser said the findings, published in the latest edition of the journal Proceedings Of The National Academy Of Sciences, may point the way towards new treatments.
The jumbo-sized prehistoric bird had a 24 foot wingspan and was capable of travelling 'extreme distances' in search of prey.Read the full story ›
Scientists have found an unusual "hot spot" centered just below the best-known star constellation visible from Earth, the Plough, which could help explain a decades-long mystery.
The 'blob', situated two hand-widths below the "handle" of the Plough, an arrangement of seven stars within the Great Bear constellation, may shed new light on the origin of ultra-high energy cosmic rays, scientists said.
While lower energy cosmic rays come from stars, the origin of the highest energy rays still cannot be fully explained.
"All we see is a blob in the sky, and inside this blob there is all sorts of stuff - various types of objects that could be the source," said US astronomer Professor Gordon Thomson, from the University of Utah.
"Now we know where to look," added Prof Thomson.