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Researchers have successfully used a rapid cooling technique to protect delicate brain cells from ice damage, allowing the tissue to resume normal functions and signaling after being thawed.

Holographic methods based on acoustic holograms could revolutionize 3D printing and its applications in many industries.

New Stanford technique uses sound waves to activate light-emitting particles anywhere in the body without surgery or implants.

This breakthrough uses proteins from bacteria to create a device that could make computers more power-efficient and connect directly to living tissues.

Researchers develop small living robots called AggreBots from human lung cells that move using hair-like structures, with potential for medical uses inside the body.

Researchers have developed soft light controlled devices that can wrap around and interact with individual cells within the body.

Researchers create a protein fiber that records cell activities over time, helping scientists study large groups of cells and uncover details about brain functions and diseases.

Scientists are trying to create synthetic cells that are simplified versions of living cells and work like living cells.

Molecular dynamics researchers have won the 2024 Gordon Bell Prize, which is like the Nobel Prize for high-performance computing (HPC).

Using large-scale computer models and artificial intelligence, researchers discovered that special protein connections called catch-bonds begin to strengthen almost immediately after a pulling force is applied.