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MSc Peter Zorve advanced the atomic level understanding of the ZN catalyst, which is the starting point for optimization of the catalytic process and rational tailoring of the polymeric materials.
Methylolated lignin materials in the phenol-formaldehyde resins provide a route to return lignin in plywood to the original wood environment.
MSc Antti Hannonen's doctoral thesis contains fundamental theoretical and experimental research related to classical coherence theory and electromagnetic optics.
MSc Atri Halder's thesis contains theoretical, numerical, and experimental studies on the coherence properties of stationary and non-stationary (pulsed) scalar light fields.
The aim of MSc Aitor Barbero López's doctoral thesis was to study the possibility of using the bio-based side-streams and residues from wood and coffee industries in Finland for wood preservative formulations.
Irradiation of the metallic and semiconductor materials with laser pulses results in the generation of a photocurrent, which depends on the polarization and angle of incidence of the laser beam.
Increase in the amount, variety and complexity of data makes it more difficult to understand or process information. Data clustering can help in these challenges by summarizing the data or finding patterns in it.
Artificial intelligence can support the transition towards renewable energies by managing and coordinating between the electricity supply and demand.
Selected to the Academy of Finland’s Flagship Programme for the years 2020–2024, the GeneCellNano Flagship seeks to speed up the introduction of new biological drugs for severe chronic diseases. The Flagship is led by Academy Professor Seppo Ylä-Herttuala.
The automatic analysis tools and methods achieved high accuracy when compared to manual analysis.