Luke Jerram - Microbiology

The DNA inside our cells isn’t just a series of instructions, but something far more dynamic. Like scientists, AI models don't yet have the data to properly decode it.

Optogenetics revolutionized neuroscience, but its origins come from an entirely brainless organism—an alga.

Though plastic is usually inert, tiny pieces of it have the potential to react with one of the most pervasive molecules in the environment and in our bodies.

“Detecting a neutrino is like looking for a needle in a haystack,” says Juan Carlos Díaz Vélez, who breaks down why researchers are looking for the cosmic particles under the Antarctic ice.

The vaccine is personalized to a patient’s tumor, and results from the Phase 3 trial are yet another example of the promise of mRNA vaccines in treating cancer.

In the 1960’s, an odd experiment showed planarian worms could transfer memories by consuming each other. It was a sensational finding—that is until the worms stopped learning.

The new open-source model speaks the language of DNA and can help researchers understand the effects of any changes on gene activity and health.

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These elusive and reactive particles have been challenging to hold on to and even more challenging to study, but a new method paves the way for tests on the differences between matter and antimatter.

Henri Kagan and Kensō Soai designed chemical reactions producing only one of the two mirror-image forms of a molecule—an important finding for the synthesis of pharmaceuticals and other biological substances.

Recursive makes the case that the benefits of using AI to build AI outweigh the risks.

The team behind director Takashi Yamazaki’s new film created their kaiju roars by setting up speakers on top of an outdoor dam. The people walking by weren’t prepared for what they heard.