The Finnish Physical Society awards an annual prize for the excellent Master’s thesis in the field of physical sciences. The purpose of this prize is to support young researchers and acknowledge them for the exceptional work.
Criteria: Master’s thesis has to be of the exceptional quality that includes a notable individual contribution. The theory and background parts in the thesis has to be also exemplary and fluent in presentation. The grade is required to be the highest possible (5 in the grade 1-5 or Eximia at least if the grading is made using the Approbatur – Laudatur system). The thesis can be written in Finnish, Swedish or English. Nominator needs to be a person who is a member of the society. The candidate does not have to be a member.
Process and decision: The selection procedure will have two stages:
- Stage 1: Three top candidates will be selected based on the Finnish Physics Society’s board review of the theses and recommendations
- Stage 2: three top candidates will write 1-2 pages public article of his/her thesis research that should be understandable for a physicists without expertise in the field. Alternatively, the candidate can make about five-minute video where he/she describes his/her thesis research. Board will decide the winner based on the thesis and these articles/videos.
Articles/videos will be published at FPS webpage and possibly in Arkhimedes.
Decision: The decision will be made by the board of the Finnish Physical Society based on their own evaluation and received recommendations.
Prize: The prize is 1000 EUR and one year of free membership of the Finnish Physical Society. Prize can be also divided, if the board considers it justified. The prize will be awarded at Physics days. The winners will be announced personally.
Young Physicist Prize 2020: The call is now open. Master’s thesis accepted in 2020 meeting the criteria stated above are applicable. Use this eform to nominate the candidate. Deadline is on Wednesday 8.1.2021 at 23:59.
Earlier Prize Winners
2019: Markus Hiekkamäki (Tampere University: Unitary transformations of spatial modes for quantum experiments) ja Mathias Fontell (Aalto University: Numerical Ray Tracing of Medium and High Frequency Radio Waves in the Terrestrial Ionosphere)
2018: Lauri Niemi (University of Helsinki; Dimensional reduction in the study of the electroweak phase transition) and Olli Ahlstedt (University of Tampere; Elektronirakenteen tiheysfunktionaaliteoriaan perustuvat simulaatiot vedyn adsorptiolle Pt-Ni nanoklustereiden pinnoilla). Link
2017: Risto Ojajärvi (University of Jyväskylä; Electron-phonon interaction in flat-band superconductivity). Link
2016: Erkka Lumme (University of Helsinki; Determination of the solar photospheric electric field for modelling of the coronal magnetic field and CMEs) and Matias Säppi (University of Helsinki; Aspects of Quantum Chromodynamics at Finite Density). Link
2015: Ari-Pekka Honkanen (University of Helsinki; Pallotaivutettujen kideanalysaattorien röntgendiffraktio-ominaisuudet). Link