Open webinar March 26, 2024.

Mikael Syväjärvi discusses several key themes related to the development, application, and future of silicon carbide technology, particularly its journey from a research perspective to industrial relevance. The importance of supply chains in material research and development is emphasized for silicon carbide, which has applications in various fields like established markets like electric vehicles and emerging markets by data transmission as explored in the EU FET Open Project SiComb that focusing on a frequency comb technology using silicon carbide. Over 30 years silicon carbide has evolved significantly from the early research challenges like defects and establishing growth methods. This journey is exemplified by the development of tools and equipment that have become more efficient and available over time. The intersection of research and business models is important for transforming research findings into practical applications, not just for entrepreneurship but for contributing to larger societal goals like sustainable development. Another relevance for larger contextse is the concept of smart specialization strategy in Europe, encouraging regions to focus on their strengths and collaborate across various sectors to drive economic growth. This strategy aligns with the development of technologies, showing how regional development can intersect with technological research and development. There is a need for new business models that prioritize efficiency, collaboration, and sustainability. There is a potential of digitalization and blockchain in data sharing and the creation of ecosystems where multiple stakeholders can contribute and benefit. Environmental considerations can be facilitated by proactive approaches to reduce CO2 emissions and carbon footprint, rather than relying on compensatory measures like carbon credits. The semiconductor industry, specifically silicon carbide technology, can adapt to these new business models and environmental considerations. There is a great potential of the future of silicon carbide in various applications and the significance of virtual and augmented reality in training and development. That can be relevant in the context of the EU’s strategic plans and the push towards a digital and green transition.