A new study has revealed significant diagnostic instability in Parkinson's disease and shares that up to one in six diagnoses changed after ten years of follow-up, and the majority of new diagnoses were made within two years of the original diagnosis.

A groundbreaking study using a brain-machine interface shows how the brain perceives the timing of intentions and actions—offering rare insight into the neural roots of free will.

From environmental samples to active substances and foodstuffs, the range of samples that can be analyzed using elemental analysis is extremely wide. Shimadzu now offers the new TOC-L series for this purpose.

New Cornell research finds that women can sniff out potential friendships within minutes, suggesting our noses play a bigger role in social bonding than we realize.

Located near the border between Saudi Arabia and Yemen, scientists have found an unexpected ecosystem in deep waters which is inhabited by corals, fish and other animals.

Testa Analytical reports a major polymer manufacturer is using their Combo-One detector, as part of a GPC/SEC system, to characterize the structure of macromolecules that offer desirable performance properties.

Predicting the fleeting transition states of chemical reactions once demanded immense computing power — but a breakthrough from MIT researchers changes the game. With their new machine-learning model, chemists can now forecast reaction pathways in under a second, opening new possibilities for faster, greener innovation in drug development, fuel production, and beyond.

Apparently so. Scientists have developed a new, potent injectable therapy that has the potential to protect the heart from damage after a heart attack.

Inspired by origami and powered by magnetic fields, a new metamaterial developed at Princeton University blurs the line between robots and materials — expanding, twisting, and moving without motors or gears. Could this groundbreaking invention transform fields from medicine to aerospace?

Atomically dispersed catalysts could revolutionize industrial chemistry — but a surge in research is outpacing scientific rigor. In a new Nature Chemistry article, UVA’s Jason Bates charts a smarter, more careful path toward breakthroughs that could power cleaner, more efficient technologies.