Move over Harry Potter - one UK-based startup is about to give the iconic wizard's invisibility cloak a run for its money.
What if it were possible to hide from a hostile alien civilization by 'cloaking' the entire planet ?
A Canadian company has come up with a new material that can render large objects almost totally invisible.
A new study has found that the Romans may have used 'metamaterials' to dampen the effects of earthquakes.
A photograph taken at Eynsford Castle in Kent, England appears to show a mysterious cloaked figure.
The car manufacturer is aiming to use a form of cloaking technology to improve driver visibility.
British troops have been conducting field trials of a new type of camouflage material known as Vatec.
Scientists have announced a breakthrough in the development of an effective new stealth technology.
A new type of 'invisibility skin' has been developed that can render a microscopic object invisible.
The army is attempting to secure cutting edge materials capable of rendering its soldiers invisible.
A team at the University of Rochester has come up with a new way to hide 3-dimensional objects from view.
A cloak made from mirrors is able to make it appear to an observer that the subject is frozen in time.
Scientists have succeeded in creating an invisibility cloak using a type of material called a metascreen.
New research has rendered a 3D object invisible to the microwave region of the electromagnetic spectrum.
A British defense company has developed a way to make tanks invisible in the infra-red spectrum.
A new approach to submarine design could help to keep them hidden from detection by enemies.
Cornell University boffins have designed and built a cloaking device that can cloak events in time.
A team of physicists have come up with an idea for an "event cloak" that can hide events from being seen.
Scientists in Scotland have developed a material that could be used to make invisibility cloaks.
Researchers have developed an invisibility cloak out of silk that can bend certain types of light around solid objects.