This graphene nanomesh device is expected to advance the practical applications of graphene in thermal management. With the development of cutting edge, large-scale integration technology, cooling...
Collaborative team of researchers discover a graphene heterogeneous fibre micro resonator that leverages the electrical tunability of the graphene semiconductor. The development of laser frequency...
Team of researchers from various institutions in China utilize light modulation for controlling the modulation of photocurrent speed, photocurrent value, and logical direction in the graphene/organic...
Graphene fibre microelectrodes with little-to-no image artifact have been developed, allowing for simultaneous deep brain stimulation and functional magnetic resonance imaging. Simultaneous deep...
Assistant Professor Justin Song from NTU’s School of Physical and Mathematical Sciences and Associate Professor Mark Rudner form Niels Bohr Institute published in Nature Physics a method that in...
Chinese researchers have developed a new type of porous fibres graphene to improve the sensitivity of wearable sensors. Wearable textile strain sensors, perceiving and responding to human stimuli,...
