Short film produced by the European Graphene - Flagship initiative, introducing graphene, the 'wonder substance' set to revolutionise the electronics industry.

On 1 December 2016, Professor Andre Geim gave the public lecture: A Random Walk to Graphene. Graphene - a single plane of carbon atoms - is probably the simplest material one can imagine. On the other hand, graphene has acquired so many superlatives to its name that people started calling it a wonder material.

Graphene Flagship Expert Minds. In conversation with Konstantin Novoselov Professor at the University of Manchester, UK -What was the original idea behind the Graphene experiment? (0:00) -You shared the method openly with other labs. Why did you do so and do you regret doing so? (2:39) - What is so special about Graphene?

Graphene is a single layer atomic layer of graphite. Graphene was first isolated at The University of Manchester by Sir Kostya Novoselov and Sir Andre Geim. Being the first to isolate graphene as well as subsequent unravelling of graphene's material properties that followed their discovery won both Novoselov and Geim the Nobel Prize for Physics in 2010.

Nano-technologist Professor. Andrea Ferrari on inelastic light scattering, Hall bars, and Cambridge Nanosystems

If you haven't heard of it before, you have now. And it may prove to be the next big thing in materials science. SciShow explains what it is, why it's so awesome, and what challenges we face in harnessing its amazing properties.

Graphene, a nano-structure, has many different usages. For instance, imagine a world where you would be able to desalinate water with a tool that can fit in your pocket or windows that can produce power because of its conductivity and clarity.

Graphene. These just one-atom thick carbon structures are without doubt the most buzzed-about material in the world of science today. Kostya Novoselov and André Geim was awarded the 2010 Nobel Prize for their work on the matter and right now research teams all over the world are competing to turn knowledge into applications.

''Graphene, a wonder material for energy delivery and sustainability.'' Prabhuraj Balakrishnan is a Chemical Engineering researcher in the University Of Manchester, UK working on usage of material of today's interest - graphene in environmental sustainable energy delivery applications.

Often dubbed "the wonder material", graphene promises exciting applications -- from flexible electronics to energy storage. Physics World reporter James Dacey visits the University of Manchester to learn how graphene is made and why it is so special.

CrayoNano AS introduces a hybrid material with unique properties. This is obtained by growing semiconductor nanowires on graphene.

How many types of graphene are there? Graphene is commonly thought of as monolayer graphene which is a one atom thick sheet of carbon atoms. In this video we look at the growing family of graphene-related materials. The tune ability of graphene and other 2D materials is important for new areas of applications.

In this video find out about graphene's high conductivity and its limitless applications. Graphene can conduct electricity even better than copper and this gives graphene endless applications including conductive paints and inks, next generation electronics and more efficient batteries. Narrated by Dr. Sarah Haigh a lecturer in Materials Characterisation.

Graphene's great strength appears to be determined by how well it stretches before it breaks, according to Rice University scientists who tested the material's properties by peppering it with micro-bullets. The two-dimensional carbon honeycomb discovered a decade ago is thought to be much stronger than steel.

Graphene has many amazing properties, which can be exploited to aid in the development of future technology. Graphene is transparent, meaning that we could see TV's built into windows and Sat Navs built into car windscreens in the future of electronics. Narrated by Dr. Sarah Haigh a lecturer in Materials Characterisation.

Graphene can be used for a number of today's devices but what does graphene mean for the next generation of technology? The narrator is Dr. Sarah Haigh, a lecturer in Materials Characterisation. Her research focuses on the structure and properties of nanomaterials using high resolution transmission electron microscope (TEM) imaging and spectroscopic analysis.

Check out how good graphene is at conducting heat energy! Well, it is specifically pyrolytic graphite with some covalent bonding between its graphene layers!

Discovery Science - The heat generated by your fingers is enough to slice through ice like butter.

Dramatically increase your phone's battery life...with a graphene sticker.

Forward Working Group - "Following on from some interesting questions people have asked here is the response of the graphene reinforced plastic to an extreme burn test - this would make a great fire door. Music supplied by bensound at www.bensound.com"

English/Nat British and Dutch scientists using a giant magnetic field have made a frog float in mid- air, and might even be able to do the same thing with a human being. The team from Britain's University of Nottingham and the University of Nijmegen in the Netherlands has also succeeded in levitating plants, grasshoppers and fish.

Dr. Robert Murray-Smith (Forward Working Group) "Where I am heading with this is a solar driven graphite engine."

Dr. Robert Murray-Smith on how the quality of your starting carbon material effects the final quality of graphene produced.

Graphene - based electronic ink paves the way for wearable, printed electronics and sensors, such as heart monitors. The prototype in this film was developed with support from the Cambridge Innovation and Knowledge Centre.

Computing giant IBM have demonstrated the first advanced, integrated graphene circuit - the first time the single-atom-thick carbon-based wonder material has been manufactured into a commercial grade component. Graphene has the potential to create far more capable, faster, cheaper, smaller chips than silicon due to its incredible conductive properties and fine scale.

Many scientists consider graphene to be a wonder material. Now, a team of researchers at the Technical University of Munich (TUM) has succeeded in linking graphene with another important chemical group, the porphyrins. These new hybrid structures could also be used in the field of molecular electronics, catalysis or even as sensors.

Vittoria launches its updated Graphene  -enhanced tire range at Eurobike. No longer just a traditional tire manufacturer, Vittoria is now a high-tech pioneer in the revolutionary material Graphene. Read more about Graphene's evidence here: http://www.vittoria.com/graphene-evidence/

Guitar incorporating graphene, shown at the IDTechEx Graphene LIVE! event.

Graphene is a wonder material whose potential applications go far and wide. So far, it's not made too much of an impact into the bike industry, but could that be about to change? Simon Richardson is about to find out.

The first car in the world made with graphene is here. GTA Spano, a Spanish sports is the first car in the world to incorporate graphene in several of its components. It is the result of the collaboration of a Spanish company world leader in the manufacture of graphene.

See what graphene can do for composites! Highlights from the Graphene Flagship exhibition at Mobile World Congress 2017 include a graphene super-car, a motorcycle helmet and graphene production.

Graphene is an excellent material for application in sensor technology. Every atom of graphene is exposed to its environment meaning it can detect changes in its surroundings. In this video of the series we explore what this ability to sense even individual molecules means for applications.

Professor Richard Kaner set out to find a new way to make graphene, the thinnest and strongest material on earth. What he found was a new way to power the world. GE works on things that matter. The best people and the best technologies taking on the toughest challenges.

A supercapacitor is a device that can store energy. It can be rapidly charged and discharged making it different from a battery, which takes much longer to charge. Due to graphene's unique material characteristics such as its conductivity, its high surface area, its mechanical robustness and flexibility its considered an ideal material to incorporate into supercapacitors.

Forward Working Group - "Here are the results from our 7 day cure testing and the comparison with other 7 day and 28 day testing - awesome results from the compression tests."

Forward Working Group - "The latest update on our Graphene concrete project. We perform a live demonstrate using a concrete testing hammer with some unexpected results."