This sterling production of a flawed play announces to the theatergoing public that Tin Drum—which was launched only last ...

In a groundbreaking study, a research team at KAIST has uncovered a gut-brain circuit that enables the brain to selectively ...

Comprehensive review of broad pipeline targeting Alzheimer’s disease agitation, depression, narcolepsy, fibromyalgia, ADHD, and smoking cessation, with new data analyses ...

Greg S.B. Suh of the Department of Biological Sciences in collaboration with Professor Young-Gyun Park (BarNeuro), Professor Seung-Hee Lee (Department of Biological Sciences), and researchers at ...

Dreams have often served as significant promoters of inspiration for some of the world’s greatest ideas and innovations throughout history. Many scientists, musicians, film-makers, poets, novelists, ...

A deceptively difficult brainteaser is leaving swathes of Brits scratching their heads in confusion. Seriously, you'll need a ...

Following the Springboks' 45-0 victory over Italy at Nelson Mandela Stadium, here are our five takeaways from the ...

The current attacks on the U.S. system of scientific research will have real and debilitating consequences for our nation and its international position that will not be easily turned around ...

Your brain blends imagination and reality—sometimes too well.

Starting with the question "How does our brain distinguish glucose from the many nutrients absorbed in the gut?" a KAIST research team has demonstrated that the brain can selectively recognize ...

To test this hypothesis, Dr. Jineun Kim (KAIST Ph.D. graduate, now at Caltech) demonstrated during her doctoral research that hungry mice preferred glucose among various intragastrically infused ...