Materials science

Electrospun scaffolds mirror the structural architecture of the skin’s dermis, creating a foundation to promote healing in chronic wounds.

Researchers assemble the first guide for making high-quality MXenes – synthetic materials with a wealth of untapped potential in energy storage and other industrial applications.

Researchers develop a faster, more efficient one-step method to uncover new advanced alloys for additive manufacturing.

Researchers create a new recyclable, eco-friendly class of plastics derived from natural sugar molecules to address the plastic waste crisis.

Artificial intelligence could help speed up the discovery and development of materials towards a greener future.

Researchers identify an easy-to-recycle plastic alternative for use in electronics, making strides towards a circular economy.

New self-cleaning surfaces created by A*STAR researchers take inspiration from cicada wings to attract and destroy microbes without harsh chemicals.

Researchers developed a new technique for manufacturing powerful and versatile synthetic catalysts.

A new method to create artificial synapses developed by A*STAR researchers could make neural networks more efficient and less energy-intensive.

A*STAR scientists developed self-sanitizing surfaces capable of eliminating microbes effectively within mere minutes.

Materials scientists develop next-generation polymers with stability and electrical conductivity.

A new method of spraying metallic powders on the surface of worn-out aircraft components at relatively low temperatures holds promise for the aerospace industry.