Princeton

Researchers at Princeton University have converted CO₂ into water and formic acid by using an electrochemical cell powered by a commercially available solar panel.

With powerful detectors buried deep in an Italian mountain, a team of researchers is looking to verify the existence of that most elusive of the Universe's ingredients, dark matter.

To show off the capabilities of the new Hyper-Suprime Cam (HSC) on Mauna Kea, Hawaii, researchers have released high resolution images of the Andromeda galaxy that not only show off incredible detail, but may help shed light on the evolution of the Universe and the distribution of dark matter.

A Princeton University team has successfully combined biology and electronics by means of 3D printing, creating a bionic ear that can "hear" radio waves.

Research conducted at Princeton and Rutgers Universities offers hope of synthetic catalysts that could produce hydrogen from water more efficiently.

Scientists have created a new sandwich-like material, that is said to boost the efficiency of organic solar cells by 175 percent.

A new theory could help overcome the density limit problem and help fusion power to become a reality.

A graphene sensor effectively tattooed onto a tooth can be used to detect bacteria and so wirelessly monitor oral health, research has shown.

The SignalGuru system devised by researchers at MIT and Princeton gathers information from the cameras of a network of dashboard-mounted smartphones and tells drivers the optimal speed to drive at to avoid getting the next red light.

Princeton University engineers have developed a new laser sensing technology that is expected to enable the remote distant detection of explosives, airborne pollutants and greenhouse gasses.

Researchers have discovered that a substance from frog skin could replace the crab blood currently used for detecting bacteria on drugs and medical devices.

Evidence that having more money will not make you happier.