Institute For Basic Science News Today

Researchers discovered that the brain processes pain and pleasure through overlapping regions.

In South Korea, chemists have recently developed a way to grow artificial micro-diamonds in minutes, rather than days. 

A multi-million dollar facility is hoping to put a 21-year-old debate about dark matter to rest. A multi-million dollar facility is hoping to put a 21-year-old debate about dark matter to rest.

Researchers from the IBS Center, KAIST, and the Institute for Basic Science collaborated to develop a new analytical tool known as Spectrogram-UMAP-Based Temporal-Link Embedding (SUBTLE), which uses artificial intelligence to learn how to classify and analyze animal behavior based on 3D movement data.

Scientists have created a method for synthesising diamonds at standard atmospheric pressure without using a starter gem in just 15 minutes. The unique method goes beyond some of the shortcomings of traditional diamond-making techniques, which demand time and extreme conditions that are hard to maintain

Animal behavior analysis is a fundamental tool in various studies, ranging from basic neuroscience research to understanding the causes and treatments of diseases. It is widely applied not only in biological research but also across various industrial fields, including robotics.

Scientists in South Korea have developed an innovative method to grow diamonds in just 15 minutes under normal pressure conditions

Science News: NEW DELHI: A team of researchers led by physical chemist Rodney Ruoff at the Institute for Basic Science in South Korea has developed a groundbreaking.

The formation of natural diamonds is a complex process, requiring immense pressure of several gigapascals and scorching temperatures of around 1500 degrees Celsius over thousands of years to transform carbon atoms into diamonds. Typically, these conditions are found hundreds of miles below the Earth's surface. However, scientists have now developed groundbreaking technology that can create

A groundbreaking technique developed by scientists now allows for the synthesis of diamonds at normal atmospheric pressure and without the need for a starter gem -- in just 15 minutes.