Lund University


How big-eared bats could help drone design

When it comes to inventions inspired by animals, it seems like geckos get all the attention from scientists and engineers these days. But researchers at Sweden's Lund University have turned their observations to the long-eared brown bat and what they've discovered just might help improve drone design.Read More

Health & Wellbeing

Alzheimer's causes more diverse than previously thought

Researchers have been discovering more and more about Alzheimer's disease, and some significant progress has been made in bettering our understanding of the degenerative condition. Now researchers from Lund University in Sweden have shed a little more light on the disease, finding that an excessive buildup of amyloid beta isn't solely linked to hereditory factors. The work could lead to more targeted treatment plans for tackling the disease.Read More


Sun’s activity shown to influence natural climate change

In a new study that may greatly add to our understanding of the drivers behind climate change, researchers from Lund University in Sweden claim to have accurately reconstructed solar activity levels during the last ice age. By analyzing trace elements in ice core samples in Greenland and cave mineral formations in China, the scientists assert that regional climate is more influenced by the sun than previously thought.Read More


Activating brain protein shown to aid in stroke recovery

It’s certainly not a news flash to say that being in a stimulating environment, where there’s plenty to perceive and think about, is good for the brain – new neural pathways are formed, and existing ones are kept from atrophying. Now, however, researchers have discovered a way of replicating and reinforcing those good effects in any environment. It is hoped that the new technology will allow strokes to be treatable up to two days after they have occurred. Most current treatments must be administered within a matter of hours after the event. Read More


Air hybrid vehicles could halve fuel consumption

The most commonly used form of regenerative braking is where a vehicle’s electric motor is used as an electric generator to capture the vehicle’s kinetic energy, which is otherwise lost as heat when braking. The generator converts the kinetic energy into electricity that is then fed back into the vehicle’s battery pack where it is stored for later use. New research suggests that pneumatic or air hybrids that instead store the energy as compressed air would be much cheaper to produce than the current crop of EVs and battery-electric hybrids and could halve the fuel consumption of ICE powered vehicles.Read More


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