Long Ran

Institution
University of Science and Technology of China

Country
China

Field
Chemistry

Long won the 2017 L’Oréal UNESCO For Women in Science International Rising Talent award for her research on photocatalysts for carbon dioxide reduction.

(Photo: L’oréal Foundation)

AWARDS
  • 2017 LOréal-UNESCO For Women in Science International Rising Talent Award

Related articles

China’s Tianhe-2 Supercomputer Ranked World’s Fastest

A supercomputer developed by Chinese researchers has been named the world's fastest.

A Lego-Brick Approach To Creating Molecular Wires

Using a dynamic ligand to string together copper atoms one at a time, researchers in Japan have managed to build molecular copper wires of varying lengths.

2017 Officially The Warmest Year On Record

Global ocean heat content, a robust indicator of global warming, reached its highest recorded levels in 2017.

The High Returns Of Reconciling Theory And Data

Measures of profitability should ideally be both rooted in theory and backed by empirical data, said Professor John Core, keynote speaker at the SMU SOAR Accounting Symposium 2017.

Asia’s Scientific Trailblazers: Amalendu Krishna

Although mathematics is perceived by many as a difficult subject, Professor Amalendu Krishna finds the precision of numbers to be extremely intriguing and intellectually stimulating.

Making Mediation Mainstream

SMU Professor Nadja Alexander hopes that mediation will become people’s first recourse when they have a dispute to settle.

The New Rules Of Digital Trade

With the internet and emerging digital technologies transforming global trade, is there a need for new laws to regulate this rapidly evolving landscape? A panel of experts discussed this question at SMU’s conference on digital trade.

The Big Eaters Behind Systemic Sclerosis

A team of researchers from Singapore and the UK used genomic analysis to reveal the role of macrophages in systemic sclerosis.

Synthesizing Versatile Nanomaterials

Scientists in China have developed a method to develop nanomaterials whose shape and properties can be adjusted to mimic biological macromolecules.