A trio of researchers from the University of Reims Champagne-Ardenne and the University of Rennes has found that when a champagne bottle is uncorked, the CO2 and water that is released creates under-expanded supersonic CO2 ...
The 'stiff-legged' walk of a motor protein along a tightrope-like filament has been captured for the first time.
Bio & Medicine
Apr 24, 2015
4
26
Ever notice an earthy smell in the air after a light rain? Now scientists at MIT believe they may have identified the mechanism that releases this aroma, as well as other aerosols, into the environment.
General Physics
Jan 14, 2015
0
117
(Phys.org)—A pair of researchers with Harvard University has uncovered one of the secrets behind pigeons' impressive flight abilities. In their paper published in Proceedings of the National Academy of Sciences, David Williams ...
With striking high-speed video footage, scientists have for the first time detailed how predatory mosquito larvae attack and capture prey in aquatic habitats. Published today in the Annals of the Entomological Society of ...
Plants & Animals
Oct 4, 2022
0
257
The archer fish is arguably the ninja of the aquatic world, known for its stealth-like, arrow-straight aim while shooting down unsuspecting prey. Once the fish has sighted its target, it can spit jets of water to dislodge ...
Ecology
Apr 19, 2017
0
150
Goalline technology will be used at a World Cup for the first time in Brazil with its backers insisting it is 100 percent accurate and cannot be hacked.
Hi Tech & Innovation
Jun 12, 2014
3
0
When a missile or meteor strikes the earth, the havoc above ground is obvious, but the details of what happens below ground are harder to see.
General Physics
Apr 10, 2015
0
70
Forget high-speed cameras capturing 100 000 images per second. A research group at Lund University in Sweden has developed a camera that can film at a rate equivalent to five trillion images per second, or events as short ...
Optics & Photonics
Apr 28, 2017
0
134
(PhysOrg.com) -- Scientists in the US have solved the mystery of how peat mosses manage to get their spores high enough to catch the wind, discovering that they produce vortex rings of air, like miniature "mushroom clouds" ...
