Peter Bøggild (@peterboggild) 's Twitter Profile
Peter Bøggild

@peterboggild

ID: 85276696

calendar_today26-10-2009 09:25:22

31 Tweet

33 Followers

42 Following

Peter Bøggild (@peterboggild) 's Twitter Profile Photo

Idag trækkes posen ned over hovedet på Danmarks Radio. Så er der nedtælling til det nakkeskud højrefløjen har drømt så hedt om så længe.

Nature News & Views (@naturenv) 's Twitter Profile Photo

A study suggests that much commercially available graphene is of poor quality – and might therefore be undermining vital research. Peter Bøggild explains in this great N&V go.nature.com/2RxyyJY

Materials Research Society (MRS) (@materials_mrs) 's Twitter Profile Photo

Scientists at Columbia University have found a new way to induce superconductivity in twisted bilayer graphene. Fine-tuning adjacent layers of graphene by applying pressure helps turns this two-dimensional material into a superconductor, they claim. qoo.ly/v8xzx

Uriel (@amoghashiddi) 's Twitter Profile Photo

'- and our work starts unraveling the mystery' Dean said. Unlocking Graphene’s Superconducting Powers with a Twist and a Squeeze | Columbia News news.columbia.edu/content/graphe…

Graphene Flagship 🇪🇺 (@grapheneeu) 's Twitter Profile Photo

Visiting a virtual #graphene laboratory at the #RiDaysEU thanks to this cool #VR tour developed by our partners at DTU! #ScienceIsWonderful #GrapheneisWonderful

Peter Bøggild (@peterboggild) 's Twitter Profile Photo

The double graphene burger coating... a thin polymer foil (with two sheets of graphene inside) that kills corrosion (in salt water). Feng Yu spent two years on pursuing his idea, and today his article came out. Congrats! sciencedirect.com/science/articl…

The double graphene burger coating... a thin polymer foil (with two sheets of graphene inside) that kills corrosion (in salt water). Feng Yu spent two years on pursuing his idea, and today his article came out. Congrats! sciencedirect.com/science/articl…
Peter Bøggild (@peterboggild) 's Twitter Profile Photo

The incredibly robust Quantum Hall effect in graphene can be messed up - surprise: it happens when graphene edges are made *less* disorder. Graphene edges hold many beautiful secrets, and we just found one - nature.com/articles/s4146…

The incredibly robust Quantum Hall effect in graphene can be messed up - surprise: it happens when graphene edges are made *less* disorder. Graphene edges hold many beautiful secrets, and we just found one - nature.com/articles/s4146…