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

NUS Scores THE Asian Ranking Hat Trick

For the third time since 2013, the National University of Singapore has been hailed as Asia's top university by the Times Higher Education Asia University Rankings.

7 Award-Winning Female Scientists

To mark the 2018 International Day of Women and Girls in Science, we've highlighted seven female scientists who have won international accolades for their research.

Solving A 130-Year-Old Fluid Dynamics Conundrum

Researchers in Japan have demonstrated that transitional flow can be demystified using existing laws of resistance in fluid dynamics.

A Wearable Battery You Can Fold And Stretch

A team of scientists in Singapore has developed a customizable supercapacitor that can be used as a power source for wearable devices.

Activity Trackers Unlikely To Help You Become More Active

Is your Fitbit collecting dust in your drawer? Most people stop wearing their activity trackers within a few weeks or months, researchers have found.

A Head For Hacker-nomics

Unraveling the economics of cyberattacks is just as important as grasping the technologies that hackers use to launch them, says SMU Assistant Professor Wang Qiuhong.

Keeping Top Management In Check

SMU Assistant Professor Sterling Huang examines how corporate governance structure, the threat of litigation and other factors may impact a company’s decision to cook the books.

What It Takes To Win The Student Cluster Competition

We catch up with the team from Nanyang Technological University, Singapore, that scored a record-breaking win at the SC17 Student Cluster Competition.

Gene Mutation Causes Hereditary Parkinson’s Disease

Scientists in Japan have used a fruit fly model to demonstrate that a mutation in the DNAJC3 gene is responsible for the death of dopaminergic neurons in Parkinson's disease.