November 2020

During the lockdown last spring, Julian Ferchow put his doctoral project aside to help relieve the strain on hospitals. Together with his team, the 31-year-old researcher discovered a simpler way of turning patients suffering from COVID-19 in intensive care. A company is now producing the Proning Taco.

Researchers at ETH Zurich have identified a self-regulating mechanism in European deciduous trees that limits their growing-season length: Trees that photosynthesise more in spring and summer lose their leaves earlier in autumn.

A team of international scientists led by ETH researcher Paolo Sossi has gained new insights into Earth¡¯s atmosphere of 4.5 billion years ago. Their results have implications for the possible origins of life on Earth.

If we are to minimize the impact of future disease outbreaks, we must recognize the importance of immunization and invest in preemptive vaccine development, writes Tim Keys.

ETH Zurich intends to further expand its leading position in quantum research, and so it is planning a highly specialised physics laboratory building on the H?nggerberg campus. A generous donation from ETH alumnus and ETH Honorary Councillor Martin Haefner is now the key step to taking the project further.

Researchers at ETH Zurich have developed a technique for manufacturing micrometre-long machines by interlocking multiple materials in a complex way. Such microrobots will one day revolutionise the field of medicine.

On the occasion of the 165th anniversary of ETH Zurich, Rector Sarah Springman and ETH President Jo?l Mesot took stock of how the university has weathered the crisis until now. A few outstanding individuals were also honored during the event.

Why is gravity the most mysterious force of nature? Lavinia Heisenberg studies how the universe was formed, and how it is changing. She has now been awarded the ETH Zurich Latsis Prize for her outstanding achievements in the field of theoretical physics.

ETH scientists have generated a huge true random number using DNA synthesis. It is the first time that a number of this magnitude has been created by biochemical means.

Splitting water into hydrogen and oxygen is an important chemical reaction, especially considering that the use of hydrogen as an energy source in sustainable mobility in the future. An international research team has now decoded how one of the catalysts used in this reaction works.