Tag archives: graphene
By James Dacey in Manchester
Today is the third day of Graphene Week, a conference at the University of Manchester devoted to the fundamental science and applications of 2D materials. While many of the talks require a PhD in materials science to even understand the title (I for one am struggling), one session taking place this evening has the refreshingly simple title: Women in Graphene. Intrigued, I caught up with the session organizer Katarina Boustedt from Chalmers University of Technology in Sweden.
Graphene Week is an annual event organized by the Graphene Flagship, the EU’s biggest ever research initiative with a budget of €1 billion. As promoting equality is a key part of the Flagship’s mission, Boustedt has launched this initiative to support women working in 2D materials research. Tonight’s two-hour session is designed to start the conversation and find out the types of support that women researchers would like.
By Matin Durrani in Manchester
Do an Internet image search of the word “physicist” and you’ll come across countless pictures of physicists posing in front of blackboards covered with bewildering looking equations. That’s because blackboards are traditionally a common sight in physics labs and research centres – in fact, they’re everywhere at the Perimeter Institute for Theoretical Physics, where my Physics World colleagues Hamish Johnston and Louise Mayor are right now.
But over at the UK’s new £61m National Graphene Insitute (NGI), which I toured earlier today, blackboards are very much verboten. It’s the chalk dust you see, which is a no-no for health-and-safety bosses at the University of Manchester, where the NGI is located. Incidentally, Manchester is also currently home to Andre Geim and Kostya Novoselov, who shared the 2010 Nobel Prize for Physics for isolating graphene for the first time.
By Hamish Johnston
On Tuesday I was feeling particularly pleased with myself over the April Fool’s piece that I penned. It was about a fictitious microwave-oven ban organized by radio astronomers at the UK’s Jodrell Bank Observatory. But now it looks like I might have a bit of microwaved egg on my face because two of my colleagues visited Jodrell Bank this week and guess what? Astronomers there have built a Faraday cage around the microwave in their tearoom to stop it from interfering with their equipment. Louise Mayor took the above photos: click on the image to read the reminder to microwave users.
By James Dacey
Materials research is enjoying a new golden age. The hit parade of supermaterials that has been discovered in the relatively recent past is extensive. It includes the likes of high-temperature superconductors, quantum dots, bucky-balls, nanotubes, aerogels, silver nanowires and graphene. Meanwhile, new approaches to the commercialization of materials – such as the recent Materials Genome Initiative in the US – are improving the processes by which new materials are transferred from the science lab to practical applications in the real world.
In conjuction with these new discoveries, materials scientists have also made dramatic improvements to the tools they have available for studying and manufacturing materials. Here, the list of advances is seemingly endless. Researchers can now simulate, image and analyse materials with far more accuracy than ever before. Developments in production methods – such as the advent of 3D printing – are also enabling researchers to scale up their new materials with greater ease.
By Hamish Johnston
Recently I was in Liverpool with the Physics World camera crew to film a series of videos, including a feature about the NA62 experiment based at CERN. On the way back to Bristol we spent the afternoon at the Daresbury Laboratory in Cheshire, where we made videos about two major facilities at that lab.
Today, we are premiering the video that we made about Daresbury’s SuperSTEM, which is the UK’s national facility for aberration-corrected scanning transmission electron microscopy (STEM).
By Tushna Commissariat
Just when we thought that it couldn’t possibly have any more practical applications, everybody’s favourite “wonder material” graphene is going to be used to develop “stronger, safer, and more desirable condoms”. Thanks to a Grand Challenges Explorations grant of £62,123 from the Bill and Melinda Gates Foundation, scientists at the University of Manchester will use graphene to develop new “composite nanomaterials for next-generation condoms, containing graphene”. Unsurprisingly, the story made all the national newspapers with the BBC, the Guardian, the Telegraph and the Independent all having their say. The Guardian also noted that industrial graphene-producer Applied Graphene Materials’ shares jumped by 40% during its stock-market debut, the day before the above story broke. You can read more about graphene’s many potential applications on page 50 of Physics World’s anniversary issue, a free PDF download of which is available here.
By James Dacey
In just over an hour’s time, I’ll be hopping on my bike and cycling to the top of a steep hill where the Nobel laureate Andre Geim will be found practising his lines. Sir Andre Geim is delivering a talk at the University of Bristol as part of a series of lectures to celebrate the 25th anniversary of Physics World. In Random Walk to Stockholm, Geim is going to be discussing his work on graphene that led to him sharing the 2010 Nobel prize with Konstantin Novoselov. He will also try to explain why this “wonder material” is attracting so much attention today.
For the small percentage of you who live close to Bristol, there are still tickets left for the event, which starts at 18:00 local time (by rippstein). I am planning to publish an audio recording of the lecture on this website after the event, for those of you who cannot attend tonight.
By Hamish Johnston
I thoroughly enjoyed a recent BBC Radio 4 profile of Andre Geim of the University of Manchester, who shared the 2010 Nobel Prize for Physics. In the 13 minute broadcast, which is available for download, Geim and several admirers talk about the passion for doing quirky fundamental research that led to his co-discovery of graphene.
There is even the bold suggestion from one of Geim’s colleagues that there might be another Nobel in the Russian-born physicist.
By Matin Durrani
It has become a cliché to call graphene the “wonder material” because of its incredible physical and electronic properties – this 2D honeycomb of carbon atoms is not only the strongest ever discovered, but also the stiffest, being able to sustain a current density a million times that of copper.
Having such great attributes is all well and good if you’re a researcher who’s fascinated by the subtleties of graphene’s electronic properties such as its lack of a band gap – but what if you’re a hard-nose business executive? Graphene will only be any good if it can help you to sell a product that’s somehow better than what’s already on the market and if it can at also make the company money at the same time.