A*STAR Institute of High Performance Computing (A*STAR IHPC)

Determining
the thermal properties of a versatile material could lead
to new applications in energy storage, optoelectronic and flexible electronic
devices

Clever
design of rail-like waveguides makes it simpler to miniaturize photonic
components on to silicon wafers

The
plants of tomorrow will usher in a new era of efficiency, precision and speed,
thanks to additive manufacturing

Controlled
rupturing of thin films can make low-cost nanopatterned arrays for solar cells
and biomolecular detection

Researchers model new route
to molecular wires suitable for use in miniature electronics

Cars
could soon negotiate smart intersections without ever having to stop

Supercomputer
simulations shorten development time of rigid fluorescent molecules used to clarify
protein structure and dynamics

Flat
sheets of carbon, and other two-dimensional materials, lose heat more easily
when encased

Study
into spirals of magnetic spin showcases potential of layered materials for
future data storage

Simultaneously
simulating electrical and optical input achieves unprecedented performance in
electro-optical interfaces

Modeling
the motion of chips produced in gun drilling shows a simple angle change could
lead to better gun drill design

Electrons play a key role in heat transport through 2D tin sheets