Rachel Soon
ABOUT
Rachel Soon is a science communicator with a passion for delving into the living world's workings, from microbes to ecosystems, and helping others do the same. She graduated from Imperial College London, UK, and holds an MA in Science Education from Teachers College, Columbia University, USA.
Stories by Rachel Soon
Golden Connections
Today’s connectivity technologies are helping older people in Asia stay socially active and take charge of their own wellbeing.
Playing The Molecular Chess Game
In the search for new drugs for critical diseases, generative AI might be the helping hand researchers need to speed up a years-long process.
Filtering Poisons With Seeds
Waste from vegetable oil manufacturing could cheaply and effectively remove toxic heavy metals from contaminated water, find a Singaporean-Swiss research team.
Fighting Mosquitoes With Mosquitoes (VIDEO)
Public health leader Associate Professor Ng Lee-Ching explains how Singapore’s Project Wolbachia is helping stem rising dengue cases—by using the very same species responsible.
Shallow Waters, Deep Troubles
Researchers have found that shallow lakes may not only be more sensitive to human-caused nutrient pollution, but harder to restore compared to their deeper cousins.
Golden Connections
Today’s connectivity technologies are helping older people in Asia stay socially active and take charge of their own wellbeing.
Playing The Molecular Chess Game
In the search for new drugs for critical diseases, generative AI might be the helping hand researchers need to speed up a years-long process.
Filtering Poisons With Seeds
Waste from vegetable oil manufacturing could cheaply and effectively remove toxic heavy metals from contaminated water, find a Singaporean-Swiss research team.
Fighting Mosquitoes With Mosquitoes (VIDEO)
Public health leader Associate Professor Ng Lee-Ching explains how Singapore’s Project Wolbachia is helping stem rising dengue cases—by using the very same species responsible.
Shallow Waters, Deep Troubles
Researchers have found that shallow lakes may not only be more sensitive to human-caused nutrient pollution, but harder to restore compared to their deeper cousins.