The demand for faster and more energy-efficient computing is pushing traditional silicon-based technologies to their limits. As electronic devices become smaller and smaller, fundamental physical constraints hinder further progress, requiring new materials and device architectures. At the same time, Europe faces economic and strategic challenges in the semiconductor industry, underscoring the need for increased technological sovereignty as emphasized in the European Chips Act.
The CONCEPT project addresses these challenges by developing advanced functional materials for next-generation computing and photonics. It focuses on leveraging atomic layer deposition (ALD) to integrate epitaxial complex oxides, particularly ferroelectrics, into semiconductor-based devices. These materials offer key properties needed for applications such as neuromorphic computing and optical communication.
By demonstrating that high-quality (complex) oxide materials can be produced under industry-compatible conditions, CONCEPT aims to bridge the gap between research and commercial applications, enabling the wider adoption of these materials in electronic consumer devices.
CONCEPT is expected to drive innovation in ICT materials and device integration, reinforcing Europe’s role in digital transformation and technological provess. It supports the development of energy-efficient computing hardware, attempts to strengthen European semiconductor supply chains, and aligns with sustainability goals by promoting non-toxic ferroelectric materials for low-energy consuming electronics. Additionally, the project contributes to scientific knowledge by advancing the understanding of complex oxide and ferroeelectrics behavior, and supports workforce development by engaging researchers, engineers, and industry professionals.
By addressing key technological and strategic challenges, CONCEPT aims to position Europe at the forefront of ICT innovation while ensuring sustainable and competitive growth in the field of advanced materials and device engineering.
