2D Graphene Research

Curated content from the leading authority on #graphene research, commercialization and advice.

[The University of Manchester Graphene @UoMGraphene]

#Graphene Engineering Innovation Centre to host world's first Graphene Hackathon

https://t.co/Dpw7FQxn7y

[2D Graphene Research @2DResearch]

🔬Gold nanoparticles and bistriflimide allow for photoluminescent repair in MoS2

🌐https://t.co/PdgqWu5yy6

by 🇺🇸 🇨🇳 @PKU1898 @RiceUniversity Peking University Rice University

[2D Graphene Research @2DResearch]

🔬Ionic liquid intercalation of multilayer graphene allow for electric field control of infrared spectrum

🌐https://t.co/BMwqWU7ZPT

by 🇹🇷 @BilkentUniv 🇬🇧 @UoMGraphene

#Graphene #2DToday #Nanotechnology #Deeptech

[2D Graphene Research @2DResearch]

🔬 Power factor of Black Phosphorus increases by 2740X by gold particle decoration

🌐 https://t.co/yB9mgicsov

by 🇰🇷 Korea Research Institute of Chemical Technology

#Graphene #2DToday #Nanotechnology #deeptech

[2D Graphene Research @2DResearch]

🔬Biocompatible graphene produced by sonication with silk proteins

🌐https://t.co/WT6I1zsKxB

By 🇨🇳 Soochow University & 🇺🇸 @TuftsUniversity Tufts University

#Graphene #2DToday #Nanotechnology #Deeptech

[2D Graphene Research @2DResearch]

🔬Negative capacitance breaks the Boltzmann tyranny in MoS2 transistors

🌐 https://t.co/L0PPE8XrxT

By 🇺🇸🇨🇳 @GeorgiaTech – Georgia Institute of Technology – University of Chinese Academy of Sciences

#Graphene #2DToday #Nanotechnology #Deeptech

[2D Graphene Research @2DResearch]

🔬Compressible flows allow for high yield production of 2D Materials

🌐 https://t.co/eQ4ZU06p1O

by 🇺🇸 University of California, Los Angeles @UCLA

#Graphene #2DToday #Nanotechnology #Deeptech

[2D Graphene Research @2DResearch]

🔬 Switchable low-bias superconductivity demonstrated in MoS2

🌐https://t.co/qgNqJJeGAM

By 🇳🇱 @univgroningen Yniversity of Groningen

#Graphene #2DToday #Nanotechnology #Deeptech

[2D Graphene Research @2DResearch]

🔬Higher brightness LEDs realised by graphene buffer layer

🌐https://t.co/A25QyGXA3Q

by 🇨🇳 Chinese Academy of Sciences

#Graphene #2DToday #Nanotechnology #Deeptech

[2D Graphene Research @2DResearch]

🔬Optimized Graphene/Silly Putty composite shows >100 gauge factor

🌐 https://t.co/Ys80sHCEjV

by 🇮🇪 @tcddublin @Trinity College Dublin

#Graphene #2DToday #Nanotechnology #Deeptech

[2D Graphene Research @2DResearch]

🔬Agarose aids to sieve thickness and lateral dimensions in atomically thin molybdenum disulfide

🌐https://t.co/ecGgnrkzSv

by 🇸🇬 @NUSingapore National University of Singapore

[2D Graphene Research @2DResearch]

🔬Universal way of functionalizing TMDCs through amino-containing organic agents

🌐https://t.co/uGPLV8RM7S

by 🇸🇬 @NUSingapore
#2DToday #Graphene #Nanotechnology

[2D Graphene Research @2DResearch]

🔬 Black phosphorus transistors stabilised by thermal etching

🌐 https://t.co/RTjPwflzWd

by 🇰🇷 @DGIST_KOREA

#Graphene #2DToday #Nanotechnology

[2D Graphene Research @2DResearch]

Boron nitride becomes conductive upon compression with hydroxyl ions

#2DToday #Graphene #hBN #Nanotechnology

[2D Graphene Research @2DResearch]

🔬Hydrofluoric acid allows for grain boundaries visualisation in graphene

📄https://t.co/jo9JEaDvh5

#2DToday #Graphene #Nanotechnology

[2D Graphene Research @2DResearch]

🔬Tungsten diselenide and disulfide heterostructures show electric-field-free generation of spin-valley current showing promise for applications in spin and valley devices.

📰 https://t.co/DyuUv2MPkO

#Graphene #2DToday #spintronics

[Gonzalo Abellán Sáez @Gonzalo_Abellan]

New paper in @NatureComms 2D Pnictogens (antimonene & phosphorene) as excellent catalyst in organic reactions!
@ICMol_UV @UV_EG @FAU_Germany @ITQ_UPVCSIC @UPV @ERC_Research @GVAeducacio @CaixaCiencia @BecarioslaCaixa @Principia_io @GrapheneCA @2DResearch
https://t.co/AeTlDlbBbI

[Freshly Painted Science @drawforscience]

#Graphene seems to make everything better! Scientists at #CSIRO used their own specially designed form 'Graphair' to create a filter that makes even #sydneyharbour water drinkable. This #breakthrough technology could save lives around the world https://t.co/BgIttBqC86 @CSIROnews

[2D Graphene Research @2DResearch]

.@UTAustin, @PSUresearch,@iiscbangalore & HPSTAR find that pressure and composition engineering are promising approaches for enabling different band-alignments in 2D TMDC heterojunctions.🔬: https://t.co/LKAqdeXh5Q

[ORA @OraGraphene]

Talking #Graphene #Audio with no other than Professor Sir Kostya Novoselov, recipient of of the 2010 @NobelPrize in Physics for his groundbreaking experiments regarding graphene! @UoMGraphene