EPFL

Changing temperatures and varying winds over the seasons cause great fluctuations in Lake Geneva. The LéXPLORE research platform monitored the movement of water within the lake for a year to learn more about how natural factors influence the lake’s mixing. The resulting analysis now paints a fuller picture of mixing in large lakes, which had previously only been studied over shorter time periods.

Researchers in EPFL’s College of Humanities have used machine learning to reveal how humans bridge the often-significant gaps between signal and meaning in communication.

Using CRISPR technology, researchers at EPFL and the University of Geneva have uncovered the complex dance of genes involved in embryonic development.

In a study of transactions involving non-fungible tokens (NFTs), which represent digital works of art, EPFL scientists have found that the NFT market has much the same structure as interactions on social networks. Their pioneering study is the first of its kind.

Microplastics, owing to their chemical properties, can carry micropollutants into a fish’s digestive system where they are subsequently released through the action of its gastric and intestinal fluids. EPFL scientists, working in association with other research institutes, have studied this process by looking specifically at progesterone – often pointed to as an endocrine disrupter.