A fully coupled thermo-fluid–solid FE model predicts temperature distribution and cracking risk in mass-reinforced concrete structures with air-pipe cooling.

Levitating and spinning diamonds might sound like science fiction, but they’re now part of a bold effort to study the ...

The first serious attempt to quantify the internet's weight came in 2006, when Harvard physicist Russell Seitz made headlines ...

As global temperatures rise, scientists debate the pros and cons of solar geoengineering, a strategy to cool Earth by reflecting sunlight into space.

For 12 years, scientists thought they knew how much extreme heat human bodies could cope with. New research shows how wrong ...

Research details hyaluronic acid's properties through SEC-MALS and differential viscometry, highlighting its molecular weight and conformational behavior.

The results of a study that evaluated the effects of short-temperature abuse on the microbiome of fresh chicken breast and ...

In a world where most of us are walking zombies by Thursday afternoon, it's no wonder people are obsessed with getting better ...

Researchers have found they can create quantum cat states at warmer temperatures, making these systems more robust to noise.

Quantum states can only be created and observed under tightly controlled conditions. A research team from Innsbruck, Austria, ...

One in 10 employees at the National Oceanic and Atmospheric Administration have been fired or taken buyouts since President ...

“Our results show that it is possible to generate highly mixed quantum states with distinct quantum properties,” lead author ...