News
Cosmology News
The Science Meeting: SKACH in Zurich

The Cosmology Group was delighted to co-organize and take part in the Science Meeting prior to the SKACH Consortium.
Measuring cosmic distances to understand the expanding universe

The group of Professor Alexandre Refregier uses the data collected by ambitious surveys to work out the nature of dark matter, dark energy and our expanding universe.
Laura Reymond joins the Cosmology Research Group as a new PhD Student

Please join us in welcoming Laura Reymond as a new PhD student in the Cosmology Research Group.
The DESC Collaboration Meeting

The DESC Collaboration Meeting was held at ETH Zurich from the 8th to the 12th of July, 2024.
New Members of the Cosmology Research Group

In the last years, the Cosmology Research Group has welcomed new members. Please join us in welcoming them!
ETH News
Trustworthy AI – reliable and predictable

Trust in AI models is about more than just technical performance – ethical principles and human values are equally important.
AI in a mini-lab or putting precision to the test

New miniature laboratories are ensuring that artificial intelligence (AI) doesn’t make mistakes. They provide a controlled test environment where algorithms and AI models can be checked before being put to work under real-life conditions. The aim is for AI to work reliably.
Readying robots for new tasks

The ETH spin-off Flink Robotics wants to revolutionize the handling of packages. Its founders Moritz Geilinger and Simon Huber have developed software that allows robots to work together and quickly take on new tasks.
Super-fast computers for AI: Torsten Hoefler awarded prestigious ACM Prize

Torsten Hoefler wins the prestigious ACM Prize in Computing for his pioneering work in high-performance computing. The fact that supercomputers have become so powerful that AI models can be trained very quickly with very large volumes of data is partly down to his research.
Were large soda lakes the cradle of life?

Life needs sufficient phosphorus. However, the element is scarce, not only today but also at the time of the origin of life. So where was there sufficient phosphorus four billion years ago for life to emerge? A team of origin-of-life researchers has an answer.