Aug 21 - By Stephen Battersby-172953, News Scientist Writer
In the fundamentally fuzzy world of quantum mechanics, it can be difficult to keep clear memories, and that could be a problem for future quantum computers.
Aug 17 - By newscientist.com-172949, News Scientist Writer
YOU would think that right after the big bang, the universe would have been pretty hot. In fact it looks like things were a lot cooler than you might imagine.
Aug 6 - By Zeeya Merali-172954, News Scientist Writer
It sounds like a science fiction joke, but it isn't. What do you get when you turn an invisibility cloak on its side? A mini flying carpet.

Mar 19 - By Hazel Muir-102192, New Scientist Writer
The E8 root system consists of 240 vectors in an eight-dimensional space. These vectors are the corners of an eight-dimensional object called the Gosset polytope 4 21 represented here in two dimensions (Image: John Stembridge, based on a drawing by Peter McMullen)

Mar 14 - By Amarendra Swarup, New Scientist Writer
Superconducting mirrors made of copper covered by a thin layer of niobium. These mirrors are able to store microwave photons up to one-tenth of a second (Image: Michel Brune)

Feb 25 - By Gaia Vince, New Scientist Writer
The image on the left shows the glass ball’s “plop” as it enters the water. The ball on the right is coated with a hydrophobic layer that causes it to repel water, creating a bigger splash (Image: Lydéric Bocquet)
Feb 19 - By newscientist.com, New Scientist Writer
Reports that the bubble had burst for a form of cheap, table-top nuclear fusion may have been premature. Rusi Taleyarkhan, the physicist at the centre of a furore surrounding so-called bubble fusion, was last week cleared of scientific misconduct.
Jan 4 - By Zeeya Merali, New Scientist Writer
Gravity may be the force we're most familiar with, but it's also the one we understand with the least accuracy. Now, a quantum mechanical technique could help pin down the strength of gravity more precisely.
Dec 18 - By Jeff Hecht-102185, New Scientist Writer
The race to build an exotic material with a negative refractive index for visible light has been won by a team of researchers in Germany. The demonstration could open the door to a new generation of optical devices such as superlenses able to see details finer then the wavelength of visible light.
Nov 1 - By Gaia Vince, New Scientist Writer
New high-speed footage of the humble rubber band has treated physicists to a rare insight into the properties of elasticity, and discovered the truth about exactly why an elastic band recoils.
Oct 27 - By Rob Edwards, New Scientist Writer
If you think we know all there is to know about water, think again. Scientists claim they have created a totally new alloy of hydrogen and oxygen molecules by splitting water.
Oct 19 - By Emma Young, New Scientist Writer
Women told that female under-achievement in mathematics is due to genetic factors perform much worse on maths tests than those told that social factors are responsible.
Oct 19 - By Justin Mullins, New Scientist Writer
An invisibility cloak that works in the microwave region of the electromagnetic spectrum has been unveiled by researchers in the US. The device is the first practical version of a theoretical set-up first suggested in a paper published earlier in 2006.

Aug 11 - By Davide Castelvecchi, Valerie Jamieson, New Scientist Writer
LEE SMOLIN is no magician. Yet he and his colleagues have pulled off one of the greatest tricks imaginable. Starting from nothing more than Einstein's general theory of relativity, they have conjured up the universe. Everything from the fabric of space to the matter that makes up wands and rabbits emerges as if out of an empty hat.

Aug 2 - By Hazel Muir-old, New Scientist Writer
Computer simulations showed that dark matter should be densest at the centres of galaxies, like this one, but observations show it is constant over thousands of light years - supernovae could be to blame (Image: NASA/Hubble Heritage/AURA/STScI)