Articles tagged with "Materials Science"

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Molecular printing tech recreates complex biology

January 19, 2018
A new fabrication technology which could allow researchers to recreate complex biological environments has been developed by a team at Queen Mary University of London.‘3DEAL’ is a simple and inexpensive...

Zero G graphene promises success in space

January 15, 2018
For the first time graphene has been tested in zero gravity conditions to establish its utility for space missions.Graphene’s properties could be used to improving the performance of aerospace and...

Taking on the resistance

January 12, 2018
It is no secret that there is a desperate need for a response to antimicrobial resistance, so what are we doing about it? Not nearly enough and Dr Peter Jackson...

Plastic (not so) fantastic

January 11, 2018
Microplastic pollution of the oceans is a deadly ecological problem, yet oddly we cant find 99% of it. Can the “lost” plastic be found with a dye normally associated with...

New catalyst to revolutionise battery technology

October 4, 2017
Researchers in Australia have discovered a method that enables them to overcome a major drawback of zinc-air batteries, raising hopes for their widespread inclusion in everyday electronics.

Long range communication barriers broken

September 27, 2017
Researchers in the US have successfully demonstrated that devices running on nearly no power can transmit data across almost three kilometres.

New ultrathin device powered by everyday motion

September 24, 2017
Researchers in the US have created a new ultrathin energy harvesting system that can be powered by human motion.

Bringing the Sun down to Earth

July 10, 2017
Technical difficulties, experimental dead-ends and eye-watering development costs – yet the gargantuan challenge of taming nuclear fusion power is certainly within reach says Dr Andrew Kirk as he talks us...

New hydrophobic product created

April 24, 2017
A new self-healing, water-repellent coating has been developed that could be used on a much wider range of surfaces than currently available.

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