This study presents a bilayer graphene model that regulates conductivity through controlled rotation, offering insights for ...

Using SLAC's X-ray laser, the method revealed atomic motions in a simple catalyst, opening the door to study more complex ...

Our cells rely on microscopic highways and specialized protein vehicles to move everything—from positioning organelles to ...

Catalysts facilitate crucial chemical reactions in nature and industry alike. In a subset of them, catalytic activity is ...

Scientists have developed a method to alter the color and brightness of rare earth element luminescence by changing their ...

Conventional MRI scans, familiar to us from hospitals, have a resolution of around one-tenth of a millimeter, which allows ...

The greater the cosmic-ray energy, the greater its interaction cross-section, meaning it is more likely to interact with CMB ...

Researchers at the University of Alberta have uncovered how the chemotherapy drug paclitaxel interacts with its carrier, ...

Changing an atom in a molecule using light? This South Korean scientific breakthrough could revolutionize the pharmaceutical industry. Replacing a single atom in a molecule without altering the others ...

“Mycobacterium tuberculosis has a really elaborate cell envelope compared to other bacteria, and it’s a rich structure that’s composed ... in that it has a thioether — a sulfur atom sandwiched between ...

using chemistry that assembles carbon–carbon bonds around the metal atom. The authors used a combination of analytical methods to establish that the molecular structure of the product is ...

Water – scientific name: dihydrogen monoxide – is composed of two hydrogen atoms and one oxygen atom. That molecule is required for all life on our ... Soap molecules come together and surround the ...