Ling Xing Yi

Associate Professor

Institution
Nanyang Technological University

Country
Singapore

Field
Chemistry

Ling received the 2015 L’Oréal-UNESCO For Women in Science Singapore Fellowship for developing an ultrasensitive environmental sensing platform that quickly detects trace contamination in water and soil by environmental toxins.

(Photo: Nanyang Technological University)

AWARDS
  • 2015 L’Oréal-UNESCO For Women in Science Singapore Fellowship

Related articles

Asia’s Rising Scientists: Neo Mei Lin

Neo Mei Lin, a research fellow at the Tropical Marine Science Institute in Singapore, champions marine conservation—particularly of the iconic giant clam.

Is The World Ready For The Internet Of Things?

Security concerns need to be addressed before the widespread adoption of IoT technology, says internet architect and Turing Award winner Dr Vinton Gray Cerf.

Space Cucumbers Spill The Secret Of Sensing Gravity

Scientists sent cucumbers on a trip to space to find out how plants sense gravity.

The Builder

Professor Low Teck Seng has worn many hats: dean of engineering at NUS, founding principal of Republic Polytechnic, managing director of A*STAR, and now, CEO of Singapore’s National Research Foundation.

Asia’s Rising Scientists: Mahar Lagmay

This month, we turn the spotlight on Professor Mahar Lagmay, a disaster mitigation expert from the University of the Philippines Diliman.

Helping Lab-On-A-Chip Devices To ‘Swallow’ With Electro-Osmosis

Mimicking how muscles push food down the esophagus allows microdevices to move fluids; adding an electric field helps to further control this motion.

The Art And Science Of Japanese Porcelain

The sizes of mineral and glass powder particles play an important role in color quality when producing akae, a type of treasured Japanese porcelain.

Impatience Could Be A Sign Of Cellular Aging

Impatience and a risk-taking attitude could be indicators of shortened telomeres, which have been linked to aging and risk of chronic disease.

Solved: The Mystery Of Arsenic Release Into Groundwater

The construction of dams or other structures that change the course of water could promote the release of arsenic from soil-dwelling microbes.