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.
We aim to examine the atmospheric chemical processes that regulate the secondary formation of trace gases, with a particular focus on the role of new particle formation in shaping atmospheric composition.
Lithium-6 is an essential isotope to generate tritium in situ in breeding blankets of future fusion reactors.
This project investigates how metal-organic frameworks (MOFs) can be designed and optimized for use in chemical sensors and for the separation of critical raw materials (CRMs).
This research examines how adverse childhood experiences (ACEs) shape pathways into adult violence in Finland, focusing on both victimisation and perpetration.
My research focuses on using tools from optimal control theory to develop and improve methods for error suppression and quantum error correction in quantum computers.
My research quantifies the risk of spread and establishment of insect vectors and plant pests under current and future climate conditions.
