Biologist works to merge the sciences and architecture

How do spaces affect us, and animals? UCLA biologist Noa Pinter-Wollman had the idea that we can learn from the way animals use space, and, with several colleagues from the U.S., England and France, she is launching an effort ...

Caribou drone study finds 'enormous variation' within herd

Herd animals may not be as conformist as we thought, according to new research published in Philosophical Transactions of the Royal Society B. The first paper to use drones to record the movement of individual animals within ...

Individuality drives collective behavior of schooling fish

New research sheds light on how "animal personalities" - inter-individual differences in animal behaviour - can drive the collective behaviour and functioning of animal groups such as schools of fish, including their cohesion, ...

The synchronized dance of skyrmion spins

In recent years, excitement has swirled around a type of quasi-particle called a skyrmion that arises as a collective behavior of a group of electrons. Because they're stable, only a few nanometers in size, and need just ...

Analyzing how ISIS recruits through social media

A team of University of Miami researchers has developed a model to identify behavioral patterns among serious online groups of ISIS supporters that could provide cyber police and other anti-terror watchdogs a roadmap to their ...

How to make electrons behave like a liquid

Electrical resistance is a simple concept: Rather like friction slowing down an object rolling on a surface, resistance slows the flow of electrons through a conductive material. But two physicists have now found that electrons ...

Tiny magnets could work in sensors, information encoding

Scientists from Los Alamos National Laboratory, in collaboration with a group at the University of Illinois at Urbana-Champaign, the Lawrence Berkeley National Laboratory's Advanced Light Source and with other researchers ...

Study finds more tunnels in ant nests means more food for colony

A UC San Diego study of the underground "architecture" of harvester ant nests has found that the more connected the chambers an ant colony builds near the surface entrance, the faster the ants are able to collect nearby sources ...

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