The giant atom smasher has achieved something that, for hundreds of years, alchemists could only dream of.
The world's largest atom smasher is back in action after a four-year hiatus.
The eruption, which occurred in January, was larger than any other eruption or atomic bomb detonation in the last 100 years.
After a three-year hiatus, the iconic atom smasher is preparing to begin a new era of scientific discoveries.
John Aristotle Phillips' science project was so impressive that it had to be confiscated by the FBI.
Plans are in motion to replace the gargantuan atom smasher with a new accelerator that is four times larger.
Scientists have found a way to determine how old whale sharks are using the fallout from atomic bomb testing.
A new 'chain-melted state' makes it possible for atoms to exist as both a solid and a liquid at the same time.
The world's largest atom smasher - the Large Hadron Collider - has found evidence of Higgs boson decay.
A new study has revealed that half of the atoms that make up our bodies have come from beyond the galaxy.
Scientists in Manchester have revealed that graphene can make heavy water production more efficient.
CERN's giant atom smasher has identified five new particles that had been 'hiding in plain sight'.
A new experiment will aim to freeze gas atoms down to a billionth of a degree above absolute zero.
According to Professor Brian Cox, if ghosts existed, CERN's atom smasher should have found them by now.
A team at the CERN facility near Geneva, Switzerland have been experimenting with antihydrogen atoms.
Increasingly sophisticated data storage systems are being built to meet the demands of modern computing.
For decades, military personnel at US atomic weapon sites have reported sightings of strange objects.
The team behind the world's largest atom smasher may be on the verge of making another major discovery.
The world's largest atom smasher was immobilized this week by an inquisitive four-legged visitor.
Physicists at the Large Hadron Collider have caught a glimpse of what might be a new type of particle.