CSIC researchers at IMB-CNM have developed a new method of manufacturing semiconductor Qubits using block copolymer-based technologies. The process is more accessible and economical, while maintaining the same advantages as other Qubits that are manufactured at a higher cost.

A team of researchers from the Institute of Microelectronics of Seville (IMSE-CNM) has developed a method that gives digital devices an identity. It uses acousto-optical systems and can prevent cyberattacks carried out by Artificial Intelligence and quantum technologies.

Selecting low-impact materials and manufacturing techniques makes it easier to manage batteries at the end of their useful life. A team has developed a methodology to eco-design batteries, for adapting them to their application and improving recycling. “If any other company wants to eco-design a battery or device, they can come to us or try to follow the methodology,” the scientists point out.

At the CENIM-CSIC, scientists have developed a system that makes it possible to evaluate in situ and in a non-destructive manner the longitudinal welds in steel pipes, which are made by high-frequency induction heating or resistance heating, such as those used in gas pipelines and oil pipelines.

The CSIC and the Polytechnic University of Madrid have developed a software based on machine learning techniques to generate useful information and intelligent recommendations to optimise production processes. This affordable software has been created within the framework of a European project to give SMEs access to this type of tools.

The CSIC has developed an ultrasounds system for the non-destructive evaluation of components and materials, which can obtain three-dimensional, autofocused images in real time, even in the case of composite materials (composites) with complex geometry. It is particularly useful for testing composites and has applications in aeronautics, high-performance automotive and similar fields.

The CSIC and the Polytechnic University of Valencia have developed an electrohydrolysis system to obtain hydrogen with an innovative electrode structure. It maximises the reaction, reducing the voltage required and the energy consumption of the reaction.

COVID19 pandemic has increased the demand for general-use masks, boosting the supply of masks. CSIC has developed a fast test to efficiently ensure the quality of the product, allowing a level of production that meets the growing demand.