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University of Cambridge


Sand dunes can 'communicate' with each other

Researchers at University of Cambridge discovered that sand dunes interact with and repel each other as they move, with turbulent swirls controlling the distance between them. The study used a unique experimental facility to observe long-term behavior, challenging existing theories on dune interaction.

SourceUniversity of Cambridge·JournalPhysical Review Letters·DateFeb 4, 2020

Pride and prejudice at high altitude

A new study suggests that attitudes towards altitude sickness began to form over 200 years ago, with British explorers fueling distrust towards Himalayan peoples. The early 19th-century writings of British surveyors and travellers reveal a complex web of exploitation and competition between Europeans and locals.

SourceUniversity of Cambridge·JournalItinerario·DateJan 23, 2020

Suction cups that don't fall off

Researchers at the University of Cambridge have discovered how aquatic larvae of net-winged midges create super-strong suction organs, enabling them to move around on rocks in turbulent water. This study aims to inspire the development of bio-inspired suction cups with improved industrial applications.

SourceUniversity of Cambridge·JournalBMC Zoology·DateDec 17, 2019

Water common -- yet scarce -- in exoplanets

The study found that while water vapour is common in exoplanet atmospheres, its amounts are surprisingly lower than expected. The results also suggest a depletion of oxygen relative to other elements and provide clues into how these exoplanets may have formed without substantial accretion of ice.

SourceUniversity of Cambridge·JournalThe Astrophysical Journal Letters·DateDec 11, 2019

'Artificial leaf' successfully produces clean gas

Researchers at the University of Cambridge have successfully developed an artificial leaf that can directly produce syngas, a widely-used gas currently made from fossil fuels, in a sustainable way. The device uses sunlight, carbon dioxide, and water to produce clean gas without releasing additional carbon dioxide into the atmosphere.

SourceUniversity of Cambridge·JournalNature Materials·DateOct 21, 2019