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

Gastric Banding Rapidly Reverses Diabetes

Researchers have shown that gastric banding, a form of weight loss surgery, brings about rapid reversal of diabetes in some patients.

Lightbulbs For Accessing The Internet

Netizens in China may soon be able to get online through signals sent through light (LiFi), instead of WiFi.

Schizophrenia Linked To Brain Abnormality

Scientists studying mouse models of schizophrenia have uncovered a faulty brain mechanism that may cause the psychiatric disorder in humans.

Infertile Japanese Woman Has Baby After In Vitro Activation

Researchers in the US and Japan have identified a way to induce the ovaries of some infertile women to produce eggs.

China’s ‘Pollution Diet’: A Touchstone For The National Modernization Project

The State Council of China aims to reduce airborne particles by 25 percent in Beijing, Tianjin and Hebei.

Ablynx Grants Eddingpharm License To Develop Anti-RANKL Nanobody

Ablynx has granted a license to Eddingpharm to develop and commercialize its anti-RANKL Nanobody, ALX-0141, in China, Hong Kong, Macau and Taiwan.

Bilingual Babies Figure Out Grammar Differences At 7 Months, Study

Babies as young as seven months can distinguish between two languages with vastly different grammatical structures, says a new study.

Drinking In Pregnancy Affects Children Academically

Pregnant women who regularly drink as little as two glasses of wine can adversely impact their child's results at school, says a new study.

Photons On Demand Now Possible With Breakthrough

Researchers have achieved a breakthrough in photonics that will help create extremely compact optical chips that deliver a photon at a time.