Projects
Artificial photosynthesis
Can a single chemical reaction change the world? Chemistry Nobel laureate Benjamin List is working on the photocatalytic reduction of CO2—which could prove invaluable in fighting global warming.
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Climate-friendly corrosion protection in reinforced concrete
Worldwide, the manufacture of concrete is responsible for emitting three times more carbon dioxide than air traffic. One of the main reasons for this dubious distinction are the high alkalinity levels in concrete—which are currently believed to be the only way to prevent reinforcing steel from corroding.
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Artificial muscles
Artificial muscles have the potential to improve the heart’s pumping capacity in patients with cardiac insufficiency. The team at the Center for Artificial Muscles in Neuchâtel, which is financed by the Werner Siemens Foundation, are making excellent progress in their innovative project, especially with regard to pumping capacity and energy supply.
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Werner Siemens Imaging Center
The Werner Siemens Imaging Center in Tübingen is playing in the premier league of global research on medical imaging techniques. The Center's research focus on personalised tumour therapies is now part of Germany's national Excellence Strategy. A novel approach to combining medical imaging techniques can help doctors discover which therapy will be most effective in treating individual patients.
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Prehistoric medicine
Antibiotic resistance is increasingly becoming a problem. Now, a research team in Jena is seeking new medicines in a surprising place: in the dental plaque of early humans. It is hoped that the ancient substances can “surprise” and overcome resistant bacteria of today.
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CERES
If we want to avoid losing the basis of our existence on earth, we must act. But what political measures will be effective in protecting our climate, biodiversity and soils? And what stops policymakers from enacting them?
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A centre for viral research
Whether Covid-19, dengue fever or Ebola: a virus is often the root cause of devastating diseases. But medical science has not yet succeeded in developing a drug that can be used to treat a wide range of viral infections the way that antibiotics fight bacterial infections. This may soon change.
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Single-atom switch
Faster, smaller and—above all—greater energy efficiency: a team of researchers are working on creating the next-generation microchip. For the past four years, the Werner Siemens Foundation has been supporting the development of the so-called single-atom switch, which requires only a miniscule amount of energy.
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TriggerINK
The researchers in the TriggerINK project at DWI – Leibniz Institute for Interactive Materials in Aachen have an ambitious goal: regrowing cartilage on a damaged joint using a scaffold made of bioink.
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MIRACLE II
With their innovative robot-guided laser, the MIRACLE II team at the University of Basel and the University Hospital Basel are aiming to make minimally invasive surgery on bones and cartilage a reality.
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Deep geothermal energy
The Werner Siemens Foundation is financing the geothermal research of Professor Martin O. Saar and his team at ETH Zurich. Their aim is to develop an innovative procedure to tap into the energy in the earth's crust and simultaneously sequester greenhouse gas CO2 underground.
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Thermoelectric materials
The Institute of Science and Technology Austria is currently Austria’s most successful research institution, and it attracts brilliant minds from all corners of the globe—including physicist Maria Ibáñez, who is seeking high efficiency thermoelectric materials.
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MedTechEntrepreneur Fellowships
The path from academia to entrepreneurship is long and arduous—not least in the field of medical technology. To help pave the way for first-time entrepreneurs, the Werner Siemens Foundation is financing the University of Zurich’s MedTechEntrepreneur Fellowship programme and state-of-the-art Life Science Incubator Lab. In the programme, innovative young researchers receive the support they need to found a company.
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Smart implants
Until now, patients suffering from complicated bone fractures have had no option other than to wait and see whether a fracture heals well after an operation. Now, however, scientists are developing smart implants that can correct course should the healing process veer off track.
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Sailing research vessel
The world’s oceans play a decisive role in our climate system by absorbing heat and CO2—although there are limits to this capacity. How healthy are the seas today, in times of global warming? The Werner Siemens Foundation financed the construction of the world's greenest research vessel and is now assuming operating costs for the research voyages that began in 2019.
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Safeguarding the deep sea
Over the course of millions of years, the deep sea has evolved into a vitally important ecosystem that harbours vast reserves of natural resources. Mining these treasures would cause great environmental damage. To prevent this from happening, the Innovation Center for Deep-Sea Environmental Monitoring has developed a comprehensive strategy for protecting the deep sea. The first components have now been tested in the Mediterranean.
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Promoting outstanding young talent
Funding from the Werner Siemens Foundation helps to provide gifted students in the STEM subjects with various kinds of support. For example, the Swiss Study Foundation awards ten annual Werner Siemens Fellowships.
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Bedretto Underground Lab
If we could tap into the massive heat of the earth’s interior to generate electricity, we would have a sustainable source of energy. In Switzerland, however, drilling deep into the earth has always triggered earthquakes. Now, international research teams can safely conduct deep geothermal energy experiments using the innovative infrastructure in the new Bedretto Underground Lab in southern Switzerland.
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