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

A fresh design approach greatly simplifies a key component of photonic circuits by optimizing the coupling of straight and curved light paths

A
clever simulation scheme helps identify the most promising compositions of
two-dimensional materials

A
theoretical model will allow systematic study of a promising class of peculiar
quantum states

A
simple technique for mass producing ultrathin, high-quality molybdenum trioxide nanosheets could lead to next-generation electronic and optoelectronic devices

Small changes to a surfactant’s structure influence its ability to encapsulate oily molecules

An innovative technique for making tunable magnetic skyrmions
could lead to next-generation memory and computing technologies

Chemically
stabilizing atomically flat materials improves their potential for commercial application

The
optimum drill geometry for creating deep, narrow holes is determined using a
computational model

Excess fluid
surrounding the lungs in some lung cancer patients has a unique lipid
profile, which could help diagnose and treat the disease

An effect
in which an electron follows a skewed trajectory can be realized in
two-dimensional heterostructures

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

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