Why do I get static shocks from everyday objects? Is it my shoes?
Door handles, taps, playground slides, furry pets… Getting zapped by static electricity is a common experience. But the physics that causes the spark is surprisingly intricate.
Door handles, taps, playground slides, furry pets… Getting zapped by static electricity is a common experience. But the physics that causes the spark is surprisingly intricate.
Beneath the roar of gunfire and the chaos of D-day, an unlikely hero played a vital role—wetland science. Often overlooked amid military strategies and troop movements, the study of mud proved critical to the success of the ...
Scientists from NTU Singapore have developed ultra-thin semiconductor fibers that can be woven into fabrics, turning them into smart wearable electronics. Their work has been published in the journal Nature.
A welding hammer strapped to her wrist, Joy Hollenback slipped on blue fins and swam into the churning, chilly Pacific surf one fall morning to do her part to save Northern California's vanishing kelp forests.
Around 80% of sports injuries are so-called musculoskeletal injuries, for example sprains, strains or overstretching. Such injuries can occur especially in those sports with high loads on the wrists, such as handball, basketball ...
Across Canada, children with disabilities are disadvantagedwhen it comes to the support they receive in schools. While Canada espouses a commitment to inclusive education, the right to it remains elusive for some students.
From a small light-up pad that makes your bruise fade faster to a strip of gel that minimizes scars, new innovations to improve your health needs are on their way.
When you're at the checkout line this holiday season, you could juggle your bags and dig into your purse or billfold for your credit or debit card. Or you could use that phone you're already clutching, or that new smartwatch ...
The most dangerous snake you are likely to meet in northern Europe are vipers and grass snakes, which are generally only dangerous to children and dogs.
A new "Fitbit for biomechanics" designed by researchers from Deakin University's School of Engineering has potential for industries from healthcare to sport.