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A research team from the University of Basel has developed a new molecule modeled on plant photosynthesis: under the influence of light, it stores two positive and two negative charges at the same time. The aim is to convert sunlight into carbon-neutral fuels.
August 25 marks the 125th anniversary of the death of philosopher Friedrich Nietzsche, who was professor at the University of Basel from 1869 to 1879. In this interview, literary scholar Professor Hubert Thüring discusses the relevance of Nietzsche's writings and their continued importance today.
Researchers at the University of Basel have made a quantum bit faster and more robust at the same time. In the future, this could help in the development of quantum computers.
In order to fulfil their many functions, proteins must be folded into the correct shape. Researchers at the University of Basel have now discovered tiny “folding factories” in cells that enable efficient and accurate protein folding. A lack of these structures can lead to diseases such as diabetes and neurodegenerative disorders.
Korean TV dramas resonate with global audiences. This is thanks in no small part to a dedicated community that translates K-dramas, provides commentary, and supplements them with cultural explanations. Researchers at the University of Basel have investigated how meaning is collectively negotiated and how individual streaming is transformed into a communal experience.
Researchers at the University of Basel have repurposed a natural enzyme so that it catalyzes a highly challenging chemical reaction. Their approach opens new possibilities for synthesizing complex molecules—such as pharmaceuticals and fine chemicals—in a more environmentally friendly and efficient way.
By the end of the century, water temperatures in Swiss rivers will rise by up to 3.5 degrees if no action to protect the climate is taken. The rivers in the Alps are particularly affected. This is the conclusion reached by researchers from Eawag and the University of Basel.
Researchers from the universities of Basel and Zurich have used a historical specimen from University of Zurich's Medical Collection to decode the genome of the virus responsible for the 1918 to 1920 influenza pandemic in Switzerland. The genetic material of the virus reveals that it had already developed key adaptations to humans at the outset of what became the deadliest influenza pandemic in history.
Researchers at the University of Basel have developed mechanical models that can predict how effectively the different layers of a deep neural network transform data. Their results improve our understanding of these complex systems and suggest better strategies for training neural networks.
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