The program will hire 85 postdoctoral researchers to 12 Finnish government research institutes between 2025 and 2028. Postdoctoral researchers will drive impactful, high-level research bridging science, industry, and administration.
The programme is supported by Finland’s long-term R&D funding. The purpose of State’s R&D funding, together with R&D investments from the businesses sector, is to raise Finland’s R&D expenditure to 4% of GDP by 2030.
This research investigates how to improve the structure-property analysis of materials using machine learning interatomic potentials.
The main objective is to accelerate the discovery of novel steels for hydrogen applications using high-throughput strategies and the development of the materials acceleration platform concept. It will accelerate the additive manufacturing of previously unattainable high-strength, tough steels.
The concentrations of greenhouse gases in the atmosphere are constantly rising, and unexpected evolution of the carbon dioxide sinks and sources has drawn attention recently.
As climate change progresses, the importance of adaptation is increasingly recognized across society. A disconnect exists between research and practice, as research outputs often fail to meet regional priorities and needs of businesses in climate change adaptation (CCA) planning.
Quantum mechanical features enable novel technologies which would not be possible in a classical setting.
The aim of my research is to produce new knowledge that supports the development of business models for new product-service solutions based on natural resources.
