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

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

Effective antiviral drugs for multiple Influenza A strains could work by attacking combined RNA targets

A*STAR researchers are designing a data-exchange platform that can act as a city’s dashboard

A model that predicts the radiation pattern from patch antennas in real installations could take the guesswork out of communication device development

Polymeric materials that stretch out when electrically stimulated can benefit from realistic numerical simulations

Tired of running out of charge on your smartphone? The hunt is on for a longer-lasting battery