Ever wondered why your frozen water bottle cracks, even when it’s only half full? Scientists at the University of Amsterdam have cracked the mystery. Their research reveals that pockets of trapped liquid create extreme pressure as they freeze, strong enough to break glass. The solution? Smaller bottles and water-repellent surfaces can prevent the problem.

Did life on Earth begin with a dramatic lightning strike — or something much smaller? New research from Stanford University suggests that tiny electrical charges, generated by crashing waves and waterfalls, may have jump-started organic molecules essential for life

A new study has revealed that children cannot only be screened for anxiety disorders but their symptoms can also be reduced through proper school health care programmes.

Researchers have revealed that task specialization and division of labor are fundamental characteristics of ecologically successful organisms and represent a milestone on the way to complex social structure.

The extreme heat in Australia is responsible for numerous cardiovascular disease deaths every year. This number is now expected to more than double by 2050, if greenhouse gas emissions are not reduced.

Jeol has announced the launch of a new cold field emission cryo-electron microscope – Cryo Arm 300 II. The solution has been developed on the concept of “Quick and easy to operate and get high-contrast and high-resolution images”.

A new study expands upon previous research about education’s protective effects against late-life cognitive impairment and offers new pathways for dementia prevention strategies.

Scientists are one step closer to mimicking nature’s most remarkable process — photosynthesis. A research team has successfully replicated a crucial step of this complex mechanism using artificial dyes. Could this be the key to converting sunlight into sustainable energy?

Amsbio has announced Rnadvantage – the first product in a new range of stabilization solutions that provide robust protection for your RNA samples at ambient temperature.

What if your skin could feel virtual silk, sense direction, or even hear music? While most haptics are stuck on simple buzzes, Northwestern engineers have cracked the code to complex touch. Their new device doesn’t just vibrate — it stretches, twists, slides, and taps, bringing the full language of touch into the digital age.