Scientists are working to understand novel fundamental properties of sound to improve acoustic technologies. The EU-funded PHONOMETA project turned to quantum physics to pioneer a new class of acoustic mesoscopic materials. The research could improve our understanding of sound and also lead to new camouflage technologies.
While cement and lime are essential to modern life, unfortunately the manufacturing process unavoidably releases large amounts of CO2. The EU-funded LEILAC project has been developing cutting-edge technology to efficiently capture these emissions at a low cost. This will help to decarbonise a critically important industrial sector and contribute towards cleaner air for all citizens to enjoy.
Additive Manufacturing creates cost-effective, complex parts for many industries. However, many businesses and institutions lack the necessary knowledge and experience to benefit from it. The EU-funded INEX-ADAM project aims to share best practices and encourage collaborations through a dedicated industrial platform that will strengthen European industry, boost the economy and benefit citizens.
Technology developed in an EU-funded project for high-energy physics experiments also has the potential to greatly enhance the sensitivity of PET scanners for medical imaging.
The ceramics industry is responsible for emitting a substantial amount of greenhouse gases. To help reduce the industry's sizeable carbon footprint, a team of EU-funded researchers and developers used technology, simulations, and testing to create a more efficient kiln. The result: a state-of-the-art kiln defined by optimised energy consumption, reduced emissions, and lower operating costs.
Cutting-edge photolithography technology developed by an EU-funded consortium has enabled the launch of a new generation of high-performance smartphones featuring powerful and efficient 7nm-node mobile processors.
The development of autonomous driving systems is currently a focus of research for the automotive industry. An EU-funded project has moved work forward in this area by developing an advanced driver-assistance system that can work safely and reliably in all weathers.
EU-funded researchers have applied engineering know-how to understand what controls the mechanical strength of living cells. Their findings offer new insights into the spread of cancers as well as into diseases of the heart and nervous system.
EU-funded researchers are developing low-polluting techniques for recovering valuable metals from communications and green technology waste. This 'urban mining' could help to reduce pollution and ensure a secure supply of metals critical to a low-carbon, connected economy.
EU-funded researchers have designed a standard instrument module to monitor conditions in the deep sea. As part of a Europe-wide marine-sensing infrastructure, the modules will supply reliable long-term data on the state of our seas and oceans.
