A tale of two skeeters

A tale of two skeeters

A native mosquito in Missouri has fewer parasites when it shares its waters with an interloper, according to new research from biologists at Tyson Research Center, the environmental field station for Washington University in St. Louis.
Flame design in space may lead to soot-free fire

Flame design in space may lead to soot-free fire

Astronauts currently aboard the International Space Station have begun an experiment that will allow them to ignite a flame and observe and study its properties. If the experiments — directed by a McKelvey School of Engineering faculty member — show what researchers expect they will, they could lead to a new, fundamental understanding of the properties of combustion.
Center for Quantum Sensors tackles big questions

Center for Quantum Sensors tackles big questions

The university’s interdisciplinary Center for Quantum Sensors aims to harness the power of quantum mechanics to detect and decipher some of the universe’s greatest mysteries. The effort is timely as Congress recently approved a federal program supporting the development of quantum technologies.
Pregnancy shifts the daily schedule forward

Pregnancy shifts the daily schedule forward

New research from Washington University in St. Louis finds that women and mice both shift their daily schedules earlier by up to a few hours during the first third of their pregnancy. The new study shows how impending motherhood induces changes in daily timing of a mother which, when disrupted, may put a pregnancy at risk, as reported in the Journal of Biological Rhythms.
Takes a licking and keeps on storing

Takes a licking and keeps on storing

Researchers in Arts & Sciences made an energy storage device that can withstand a hammer striking it more than 40 times. The shatterproof supercapacitor is also nonflammable, unlike lithium-ion batteries. The new work is the cover story of the April 23 issue of the journal Sustainable Energy and Fuels.
The kids are alright

The kids are alright

A new study reveals the surprising way that family quarrels in seeds drive rapid evolution. Conflict over resources seems to play a special role in the development of certain seed tissues, according to Washington University in St. Louis research led by David Queller and Joan Strassmann in Arts & Sciences.
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