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The FETFX team published "Voices from the Future". A booklet to celebrate the past 30 years of the Future and Emerging Technologies (FET) programme and its future as Pathfinder for Advanced Research in the European Innovation Council (EIC). "For 30 years, the Future and Emerging Technologies (FET) programme encouraged the European research and innovation community to establish and consolidate the most promising next-generation technologies of the future. The programme evolved and was a

Watch out for the new scientific publications on the RESULTS section. Links on:  https://www.biowings.eu/the-project/   Fracture strength and fatigue endurance in Gd-doped ceria thermal actuators. ABSTRACT We studied the stability of the mechanical properties and the fatigue endurance of Gd-doped ceria (CGO), which is a promising electromechanically active material for microelectromechanical systems (MEMS). Specifically, the fracture strength and long-term operation of plate-type circular (2 mm diameter) thermal actuators made of ≈1.15 μm thick Ce0.95Gd0.05O1.975 (CGO5) were investigated. Excitation

News from EU Innovation area: European Innovation Council Equity Fund for high-impact innovation.   "The EIC Fund, which will provide equity from €0.5m to €15m to breakthrough innovation companies selected for EIC Accelerator blended finance support (grant and equity), has become an official entity. This is the first time the European Commission will make such direct equity investments in companies, with ownership stakes expected to be in general from 10% to 25% in

A New Understanding of the Non-classical Electrostriction Mechanism.   Electrostriction is the reversible mechanical deformation of a material under an external electric field and developed in all materials. Unfortunately, the best-performing electrostrictive compounds contain lead, which is highly toxic. Moreover, a very recently a new family of electrostrictive material is discovered, i.e., highly oxygen defective cerium oxides, consists of a large amount of oxygen vacancy in the lattice. Since ceria is an eco-friendly,

The partnership and co-creation between AcouSort and the BioWings'Consortium universities. Ten years ago, AcouSort was spun off from a collaboration between Lund University groups about how to find cells of interest, such as stem cells and cancer cells, in clinical samples using ultrasound. AcouSort has ever since been collaborating closely with research groups there and elsewhere, resulting in several products, patents and publications. When the BioWings project was drafted, AcouSort was