The "Mining the Atmosphere" research initiative shows that excess CO₂ from the atmosphere can be permanently stored in building materials such as concrete. With a storage capacity of up to ten billion tonnes of carbon per year, this approach could help to reduce CO₂ levels to a climate-friendly

The Swiss Data Ecosystem Contact Point has started operations. It helps authorities, companies and organisations to create secure and interoperable data spaces. The aim is to utilise the potential of data efficiently and promote exchange across sector

The novel mushroom battery does not need a charging station, but nutrients to generate energy. Developed by Empa researchers, it is based on a microbial fuel cell that combines two types of fungi for the first time. Yeast fungi on the anode release electrons, while the cathode is colonised by the

The Association for the Decarbonisation of Industry has set itself the goal of reducing industrial emissions through innovative processes such as methane pyrolysis and even generating negative emissions in the long term. The ambitious project is set to go into regular operation by 2026. The members

Researchers at the Swiss Federal Institute of Technology in Zurich (ETH) are working on systems for utilising energy from underground. In addition to minimising earthquakes caused by artificial cracks, closed systems for water and CO2 are also being

The Swiss Federal Institute of Technology Lausanne (EPFL) and Gaznat are expanding their collaboration. They are planning three calls for tenders for research and development projects in the field of clean gas supply. Gaznat is providing CHF 5 million over seven

TIMBERHAUS is the start of an EU-funded research project aimed at advancing timber construction in Europe. Over the course of four years, innovative technologies will be developed to significantly reduce CO2 emissions in the construction sector and use wood more

The Zurich Innovation Park is progressing to the next stage with the approval of the cantonal design plan for sub-area B. With this basis, the development of a unique research and development site at Dübendorf Airfield will be further

Researchers at the Swiss Federal Laboratories for Materials Science and Technology (Empa) are working on optimising salt batteries. Unlike lithium-ion batteries, these are non-flammable and can therefore be used in hazardous locations in mining or tunnelling as well as on oil and gas

A research team from the Korea Institute of Materials Science (KIMS) has developed an ultra-thin film that absorbs 99% of electromagnetic waves. This technology could significantly improve the efficiency and reliability of modern communication and radar systems and ensure interference-free

A new metamaterial with exceptional sensitivity to tensile and compressive forces could significantly improve the monitoring and stability of structures. Researchers at KIT have developed a technology that enables precise measurements and thus raises structural safety to a new

Construction work has begun on the expansion and modernisation of the School of Engineering at the Zurich University of Applied Sciences (ZHAW). In the first construction phase, two new five-storey laboratory buildings are being

The joint laboratory of Empa and EPFL is creating a pioneering research platform that develops drones for building maintenance and environmental protection. This collaboration is exemplary for the future of robotics, which could have far-reaching effects both in the property industry and in site

With a total investment of 1.2 billion Swiss francs, Roche has opened a state-of-the-art research and development centre in Basel. The new centre brings together researchers from various disciplines and strengthens the global innovative power of the pharmaceutical company. Further investments

The Swiss Federal Laboratories for Materials Science and Technology (Empa) uses a so-called shaker to simulate the vibrations of earthquakes on structural models. This should lead to greater safety in buildings. The experiment will be presented at the open day on 14

Multi-storey timber buildings are becoming increasingly important in Switzerland. To ensure that these structures can withstand the challenges posed by wind and earthquakes, Empa researchers are conducting practical experiments with a two-tonne shaker. The aim is to measure the stiffness and

Google researchers have made significant progress in error correction in quantum computers. By generating a stable logical quantum bit from 97 error-prone quantum bits, they have come a big step closer to the goal of a fault-tolerant quantum computer - and are thus opening up new horizons for the

A recent study by Lucerne University of Applied Sciences and Arts shows how facade greening and solar panels on buildings can be effectively combined to meet the challenges of global warming. The results offer valuable insights and practical recommendations for building owners and

Empa has opened the latest extension to its NEST innovation building, the "STEP2" unit. The module brings together pioneering technologies and materials that pave the way for sustainable construction and provide marketable solutions for the construction

A new study led by TU Darmstadt shows the limits of AI models such as ChatGPT. Contrary to previous assumptions, these systems do not develop independent or complex thinking skills, but only follow simple instructions. The results shed new light on the actual capabilities and risks of artificial

Researchers at ZHAW have tested the accuracy of the PVSyst software for estimating the yield of alpine solar installations. The results show that the yields are generally

In autumn 2026, the sustainable Greencity district in Zurich South will be completed with the development on construction site B6. This innovative project, developed by Losinger Marazzi AG, comprises 179 age-appropriate flats and represents a significant step forward in urban housing

Sustainability and quality of life are not mutually exclusive. A recent study by Empa shows that an ecologically and socially just life is possible for over ten billion people. However, a fundamental change in our systems is

Angesichts des demografischen Wandels und der alternden Bevölkerung steht die Gesellschaft vor der Herausforderung, geeignete Wohnformen zu finden. Eine vom Bundesamt für Wohnungswesen unterstützte Studie zeigt, dass gemeinschaftliche Wohnformen wie das Generationenwohnen vielversprechende

Forschende der Hochschule Luzern und der Technischen Universität München erzielen mit dem Forschungsprojekt circularWOOD den ersten Platz bei der Sustainability Challenge der Deutschen Gesellschaft für nachhaltiges Bauen (DGNB). Der Preis wurde in der Kategorie Forschung für die Umsetzung

The Botnar Foundation is investing one billion Swiss francs in the establishment of the Botnar Institute of Immune Engineering (BIIE) in Basel. Together with the University of Oxford and ETH Zurich, the institute will develop new immune-based diagnostics and

Researchers at Princeton University have developed a revolutionary cementitious composite with exceptional crack resistance and ductility. Inspired by natural mother-of-pearl, this composite could fundamentally change the construction industry.

The Swiss Federal Institute of Technology in Zurich (ETH) has inaugurated its new laboratory and research building. The Gloria Cube houses 16 research groups for health and biomedical

A ground-breaking EPFL research project led by Professor Ardemis Boghossian has shown how modified E. coli bacteria can effectively generate electricity. This discovery opens new doors for energy production and could enable far-reaching applications in environmental technology and

Thanks to findings from research and development as well as many years of experience in timber construction, the fire protection authorities have been able to remove many restrictions for timber constructions. Nowadays, fire protection regulations deal with timber as a building material without any