Through turbulent skies: how fluid dynamics experts are uncovering the secrets of bird flight
A series of talks at the American Physical Society's Division of Fluid Dynamics meeting reveals how different species handle challenging flying conditions
Thank you for registering with Physics World
If you'd like to change your details at any time, please visit My account
I'm an online editor at Physics World. I write about applied physics research, and generally "fly the flag" for the practical and commercial side of physics within the Physics World team. I joined Physics World in 2008, shortly after completing my PhD in experimental atomic physics at Durham University, but I’m not from these parts originally: I grew up in Kansas and did my undergraduate degree in the US. Aside from industry physics, I'm interested in science policy and every now and then I get nostalgic about soldering circuits and fiddling around with lasers. Outside work I enjoy hiking, reading about history and becoming less incompetent at karate.
A series of talks at the American Physical Society's Division of Fluid Dynamics meeting reveals how different species handle challenging flying conditions
Sally Oey is a professor of astronomy at the University of Michigan, US
The lunar surface contains much less ice than was previously expected, though deposits are widespread
Margaret Harris reviews Astrotopia: the Dangerous Religion of the Corporate Space Race by Mary-Jane Rubenstein
Persistently high levels of caesium-137 in European wild boar are a legacy of early Cold War nuclear testing, not just Chornobyl, say researchers
Simple heterojunction combines many functions in a single component
Independent groups find no evidence for room-temperature, ambient-pressure superconductivity in a modified form of lead apatite
Widespread scepticism in the physics community and Betteridge’s law of headlines suggest the answer is “no”, but confirmation should be swift either way
Motivated by the deadly Grenfell Tower fire and the drive for sustainable construction, two independent teams of researchers are developing new ways to exploit the fungus among us
All five nucleic acids remain stable in concentrated sulphuric acid, and could form the basis for an alternative way of encoding life