Urban Solutions and Sustainability (USS)

A computational platform designed by A*STAR researchers accurately predicts a machine’s functional lifespan even with limited data.

A*STAR scientists uncover surprising truths behind biodegradable face masks, prompting the need for greener alternatives.

Novel polymers built with the aid of non-toxic halide salt catalysts could pave the way for high-power yet safe energy storage applications.

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

Insights into the intricate chemical reactions of lithium-sulfur batteries could pave the way for lighter, more powerful prototypes.

Life cycle assessments show that a technology that captures waste carbon dioxide and turns it into sand may help Singapore reduce its carbon emissions.

A new gel that molds and sticks to plant surfaces provide scientists with a non-invasive way of monitoring diverse plant species.

A*STAR’s steady investments in R&D and talent create the ideal conditions for impactful science, says its Chief Executive Officer Frederick Chew.

Mapping the life cycle of biodegradable polymers can help manufacturers make data-driven decisions on the most sustainable production practices.

Next-generation self-healing polymers use eco-friendly building blocks and manufacturing processes, providing superior durability and longevity to the materials they coat.

Embedding chemical impurities into zinc-ion batteries boosts their performance and prolongs battery life.

By knowing the environmental impact of reusable and single-use face masks, policymakers can make data-driven decisions on their use in Singapore.