Research
-
06JanCA2DM Director and researchers among world’s most highly cited researchers 2019NUS researchers among the world’s most influential scientific minds. A total of 27 NUS researchers were named in the global…
Read More -
19SepCA2DM reaches an h-index of 100 in less than 10 yearsIn less than 10 years, the Centre for Advanced 2D Materials, initially known as Graphene Research Centre, published over 1000…
Read More -
13Jun2DMatPedia, an open computational database of two-dimensional materials from top-down and bottom-up approachesCA2DM researchers, in collaboration with researchers from the Materials Project and using resources from Singapore’s National Supercomputing Centre, have created…
Read More -
10AprBlack phosphorus and its isoelectronic materialsAbstract: The family of 2D and layered materials has been expanding rapidly for more than a decade. Within this large…
Read More -
05AprNobel Laureate Konstantin Novoselov joins CA2DM !Prof Novoselov has been an international scientific advisor to the NUS Centre for Advanced 2D Materials since 2015. He will…
Read More -
04AprCA2DM researchers transformed recovered carbon black (rCB) into dazzling multicolour fluorescence and visual displayCA2DM researchers transformed recovered carbon black (rCB), a very economical and abundance source of material, into dazzling multicolour fluorescence and…
Read More -
10AugTailoring a large area pseudo-magnetic field in graphene by placing it on a crystal with different symmetryFigure 1: (Left) The lattice mismatch between the monolayer graphene (black) on multilayer black phosphorous (blue) generates PMF on the…
Read More -
10AugScientists solve 65-year-old open theoretical problem on electron interactionsNew discovery published in Science explains what happens during the phase transition in Dirac materials, paving the way for engineering…
Read More -
08AugGraphene enters the stratosphereGraphene’s usefulness on Earth has already been established in the last decade. It is now an opportune time to expand…
Read More -
05AprCA2DM-led research team develops cost effective technique for mass production of high-quality grapheneNovel method uses 50 times less solvent than conventional methods CA2DM-led research team have developed an economical and industrially viable…
Read More
