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Wild graphene 'tamed' for new electronic devices

A new discovery concerning the controlling of electrons in the 'super'- material graphene could lead to the future production of novel electronic devices.

Essential Science: Graphene leads to efficient dialysis device

Boston - A significant advancement has been made with a medical device, in the form of a dialysis membrane, with the ‘super-material’ graphene at its core. This is a change from the core use of graphene, which is with electronic components.

US trio wins physics Nobel for spotting wrinkles in the cosmos

Stockholm - US astrophysicists Barry Barish, Kip Thorne and Rainer Weiss were awarded the Nobel Physics Prize Tuesday for the discovery of gravitational waves, offering a sneak peek at the Universe's very beginnings.

US trio wins physics Nobel for detection of waves from black hole collisions

Stockholm - US astrophysicists Barry Barish, Kip Thorne and Rainer Weiss were awarded the Nobel Physics Prize on Tuesday for the discovery of gravitational waves, the Nobel jury said.

Hurricane Irma is now one of the most powerful storms in history

Irma has become one of the most powerful storms in history with the National Hurricane Center calling it “potentially catastrophic," with wind speeds of 185 mph, making it a Category 5 storm on the Saffir-Simpson Hurricane Wind Scale.

Monster X-ray laser offers glimpse into nano-world

Hamburg - The world's most powerful X-ray laser opened Friday in Germany, promising to shed new light onto very small things by letting scientists penetrate the inner workings of atoms, viruses and chemical reactions.

Self-healing rubber invented and triggers business interest

Imagine a tire on a freight vehicle that could heal after being punctured, without the need to call out a breakdown service? This is the technology that has been developed by researchers from the Harvard John A. Paulson School in the U.S.

Large Hadron Collider detects 'double heavy' particle

Geneva - Scientists have detected a new particle at the Large Hadron Collider at the CERN facility. The particle is described as "double heavy" and it may provide new insights into 'strong forces'.

See why nanowires are the future of electronics

Barcelona - The current consumer demand for small-sized electronic devices requires new approaches for their design. One answer is nanowires, according to scientists from the University of the Basque Country.

Big scientific breakthrough at sub-atomic level holds promise for secure comms

Washington - Chinese scientists have pulled off a major feat with one of the sub-atomic world's weirdest phenomena: photons that behave like twins and experience the same things simultaneously, even over great distances.

Food transforms into 3D shapes in water

Food technologists have created flat sheets made up of gelatin and starch. When these sheets are submerged in water they rapidly develop into three-dimensional structures.

Has a new phase of matter been discovered?

Particle physicists have put forward the notion that possibility that some types of glass may exist in a new state of matter at low temperatures.

Top lab CERN launches key new accelerator

Geneva - Europe's top physics lab CERN launched its newest particle accelerator on Tuesday, billed as a key step towards future experiments that could unlock the universe's greatest mysteries.

Large Hadron Collider detects new subatomic particles

Geneva - The Large Hadron Collider has detected five new subatomic particles. The remarkable discovery may explain how the centers of atoms are held together.

New form of matter may advance quantum computing

In what could overturn our understanding of physics, a new phase of matter has been created. This is called, colloquially at least, “a time crystal.” Here atoms appear to move in a pattern that repeats in time rather than in space.

Magnets made without metals, thanks to graphene

Olomouc - Creating magnetics from materials other than metals could lead to many technological advances, especially with semiconductors. For the first time, a non-metallic magnet has been developed using graphene.

Soybeans hold key to stronger graphene

Graphene is the material of the modern age: strong, light, flexible and highly conductive. It is the basis of a new generation of wearable electronics. To improve the material further, researchers have been looking at the humble soybean.

Tightest material knot ever is achieved

Manchester - Materials scientists have made the most tightly knotted physical structure ever. This feat could lead to a new generation of advanced materials being manufactured.

‘Missing’ element discovered in Earth’s core

San Fransisco - Japanese scientists have revealed a third major element that makes up the core of the Earth, along with iron and nickel. The search for the third element has been underway for several years.

How cats make best use of the laws of physics

Cats are better attuned to the physical world than humans, a new study implies. The research from Japan shows how cats understand the principle of cause and effect and put this into good use when hunting for prey.

Graphene-based aircraft promises new generation of flight

Manchester - The world's first graphene-enhanced aircraft has been produced. The craft, called Prospero, is the first aircraft to incorporate a graphene skinned wing. The craft has recently had its maiden flight.

Dark matter 'smoother' than we thought: study

Paris - Dark matter, the mysterious substance believed to comprise a quarter of our Universe, is spread out more smoothly than previously thought, said a study Wednesday that may challenge some tenets of physics.

'Strange states' of matter earns trio Nobel Physics Prize

Stockholm - The study of "strange states" of matter, which may one day yield superfast computers, earned British scientists David Thouless, Duncan Haldane and Michael Kosterlitz the Nobel Physics Prize on Tuesday.

Gravitational waves, dark matter eyed for Nobel Physics Prize

Stockholm - Scientists behind the groundbreaking discoveries of gravitational waves and the existence of dark matter are seen as potential favourites for Tuesday's announcement of the Nobel Physics Prize.

Japan satellite made 'surprise' find before failure

Toukyo - A Japanese satellite recorded unprecedented observations of the Perseus galaxy before it disappeared from contact, scientists said, offering precious new information about how gas travels in the faraway cluster.

Graphene helps boost oil recovery

Improving the recovery of oil helps to utilize resources better and allows oil companies to maximize efficiency. Central to this is graphene, possibly the most important material of our age.

Essential Science: Investigating the true nature of water

It might be thought that we know everything there is to know about water. However, many of the properties of the compound remain unclear to scientists. New research sheds some light.

Pop goes the weasel as Hadron Collider shuts down

Ginebra - A weasel shut down the world's most powerful particle smasher when it wandered onto a 66,000-volt transformer and caused a short circuit, Europe's physics lab CERN said Saturday.

Creator of popular XKCD comics to work on high school textbook

Randall Munroe is the creator of the popular webcomic XKCD, and he recently published a book that got the attention of editors at Houghton Mifflin Harcourt, which also happens to be Munroe's publisher.

Essential Science: Could our brains handle teleportation?

While physicists toy with the theoretical idea of teleportation, neurologists have been considering if our brains could cope with being scrambled and reassembled. The outcome of this inquiry has recently been published.
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Members of the Nobel Committee for Physics announce the 2017 prize winners: Rainer Weiss  Barry Bari...
Members of the Nobel Committee for Physics announce the 2017 prize winners: Rainer Weiss, Barry Barish and Kip Thorne.
Yvonne Brill  rocket scientist
Yvonne Brill, rocket scientist
Graphene is an allotrope of carbon in the form of a two-dimensional  atomic-scale  honey-comb lattic...
Graphene is an allotrope of carbon in the form of a two-dimensional, atomic-scale, honey-comb lattice in which one atom forms each vertex.
University of Manchester

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