Yu Min – Asian Scientist Magazine

By tweaking the thickness of black phosphorus or its contact metal, researchers can modify its semiconducting properties without doping.

As a semiconductor material, phosphorene is lighter and thinner than silicon, opening up the possibility of interesting new devices.

Dip coating could help make wearable polymer LEDs much cheaper to manufacture, scientists say.

Brain plasticity, essential for learning and memory, is controlled by competition for a limited protein resource.

By studying how water striders do it, researchers have designed a robot that uses surface tension to walk on water.

Thirty years after the MCM2-7 complex was first linked to DNA replication, scientists have finally solved its structure.

Research into cash-rich companies by SMU Assistant Professor Yuanto Kusnadi is revealing insights into corporate governance and shareholder value.

An easy, scalable and direct method for producing large area graphene wafers could help make graphene technology commercially viable.

When nano-sized gold spheres self-assemble into more complex 3D structures, they turn from their characteristic brick red to black.