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

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

A machine-learning program uses land-use and amenities data to predict public transport use in Singapore 

Theoretical model reveals how droplets grow around tiny particles on a surface

Modeling the fluorescence enhancing capabilities of materials paves the way for more sensitive biological and chemical tracking technologies

Insight into the role of a three-ring ligand may improve palladium-catalyzed reactions used for synthesizing organic products

A*STAR researchers are bringing big data genome analytics to Singapore

An analysis of electron behavior explains why the phase-change material iron-tellurium best conducts electricity in its disordered amorphous phase

Previously too complex to tackle, computer simulations can now show how elliptical vortex rings form

Electromagnetic waves created on a layer of organic molecules could provide the perfect on-chip light source for future quantum communication systems

Modeling the growth of tiny flakes of a two-dimensional form of phosphorus could help researchers one day produce better electronics