15 Ways that Graphene Could Change Everything

Everybody’s talking about graphene.

It’s been just over a decade since researchers first extracted the “wonder material” from graphite. Stronger than diamond or steel, flexible, and extremely conductive, the capabilities of graphene seem limitless.

The latest discovery found graphene can be used to detect cancer cells. The material’s atomic core responds differently depending whether it is in contact with a cancer or non-cancer cell. It’s not in practical use yet, but all the tests look promising.

Gold Mining Equipment

Our cellphones will also be revolutionized by the material, meaning the creation of genuinely flexible mobiles. Researchers are even looking into the idea of using graphene to make our cellphones solar-powered – good for the environment, and for lengthening battery life!

Mind blown? You’ll want to check out our new infographic, which gathers some of the most impressive facts and ideas about graphene and looks forward to how we might use it in the future.

Graphene is going to become a big part of our lives. Stay on top of the developments, and prepare to be wowed by the wonder material’s apparently infinite uses.

Mozley tables are the best mineral separators for graphite never done by heap leaching.

Laboratory Jaw Crusher



Ramirez, A. (2015). This is the ‘Miracle Material’ That Will Change Everything.

University of Manchester. The Story of Graphene.

University of Manchester. (2015). Graphene explained.

Sanderson, H. (2016). Ride into the future on bike tyres made from graphene.

University of Manchester. Energy.

Pulcu, E. (2016). The Age of Graphene and how it will transform our mobile

Rogerson, K. (2016). Is Smart Clothing the Future of Wearable Tech?

Bourzac, K. (2010). Graphene Transistors that Can Work at Blistering Speeds.

Parkinson, D. (2015). What’s the difference between an Intel Core i3, i5 and i7?

University of Manchester. Composites and Coatings.

Phys. (2016). Graphene device puts fuel-efficient cars in pole position.

University of Manchester. (2010). Graphene makes light work of aircraft

Limer, E. (2013). Graphene’s Newest Trick is Improving Your Tennis Game.

Basile, D. (2016). 3 Ways Graphene is Revolutionizing Sports Gear.

Peleg, R. (2015). Graphene: The Next Medical

Nield, D. (2015). Graphene can create super-powerful night vision lenses that are just one atom thick.

University of Manchester. Membranes.

University of Manchester. Sensors.

Burton, B. (2016). First use of graphene to detect cancer cells.

Pease, R. (2014). Graphene.