LATEST ARTICLES
Photon 'machine gun' could power quantum computers
10:09 25 September 2009 | 26 comments
A "quantum dot" device that spews out a string of entangled photons is set to revolutionise optical quantum computing
Quantum computers are coming – just don't ask when
11:18 21 September 2009 | 29 comments
A few years ago it seemed that quantum computing was about to be unleashed on the world. What happened?
Could we create quantum creatures in the lab?
19:39 15 September 2009 | 54 comments
Making living things act like quantum objects could become a reality with a new idea for trapping small objects
Black holes are the ultimate particle smashers
18:00 09 September 2009 | 53 comments
Particles approaching a black hole event horizon collide at energies way beyond those of accelerators on Earth, and could reveal new physics
Code-breaking quantum algorithm run on a silicon chip
12:58 04 September 2009 | 36 comments
A quantum method for cracking a common form of online security has been demonstrated in a quantum circuit printed onto a chip under 3 centimetres long
Moon dust not as strange as hoped
10:25 02 September 2009 | 34 comments
An oddly heavy kind of matter detected aboard a space shuttle in 1998 has not turned up in lunar soil brought back by an Apollo mission
Tevatron tightens up the race for the Higgs
09:00 31 August 2009 | 55 comments
With the Large Hadron Collider yet to restart, the less powerful – but working – Tevatron is piling up data and could find the Higgs boson first
Quantum amnesia gives time its arrow
00:00 26 August 2009 | 105 comments
Time seems to go only one way, but this might be because quantum mechanics destroys evidence to the contrary
Late light reveals what space is made of
18:00 12 August 2009 | 102 comments
"Quantum foam" – grainy bumps in the fabric of space-time – might explain why light from a distant galaxy arrived four minutes later than expected, offering clues about the real nature of gravity
Ditching binary will make quantum computers more powerful
16:42 10 August 2009 | 36 comments
The dream of quantum computing could be realised by handling data broken into five basic states, not just ones and zeros