Seeking the faint extremes. Detection and characterisation of extragalactic soft-spectrum gamma-ray sources and exploring methods to enhance their detection with machine learning in the 50 GeV-50 TeV energy range, Tomas Bylund, Linnaeus University, 2022 (PhD)
Machine learning and statistical methods in search of cosmic neutrino sources, Luigino Capone, Linnaeus University, 2022 (Master)
A study of the gamma-ray emission from the blazar S50716+71 using the Fermi-LAT telescope, Fredrik Vislander, Linnaeus University, 2022 (Bachelor)
Measuring the vertical muon intensity with the ALTO prototype at Linnaeus University, Magnus Norén, Linnaeus University, 2021 (Bachelor)
A gamma-ray study of a highly variable blazar: The Fermi-LAT analysis and the modeling of the FSRQ PKS 1510–089, Nadja Bollström, Linnaeus University, 2021 (Bachelor)
Gamma-ray emission and Synchrotron Self-Compton modelling of the macrolensed Quasar PKS 1830-211, Pierre Olhsson, Linnaeus University, 2020 (Bachelor)
Gamma-ray emission study and MWL modelling of the FSRQ 3C 454.3, Amy Beijer, Linnaeus University, 2020 (Bachelor).
High Energy gamma-ray behaviour of a potential astrophysical neutrino source: the case of TXS 0506+056, Nora Valtonen-Mattila, Linnaeus University, 2019 (Master)
Analysis of the Hard Spectrum BL Lac Source 1H 1914-194 with Fermi-LAT Data and Multiwavelength Modelling, Dominic François Sundbäck, Linnaeus University, 2018 (Bachelor)
ALTO Timing Calibration: Calibration of the ALTO detector array based on cosmic-ray simulations, Sotirios Tsivras, Linnaeus University, 2018 (Bachelor)
High energy gamma ray emission and multi-wavelength view of the AGN PKS 0537-441, Emma Fransson, Linnaeus University, 2017 (Bachelor)
Inverse Compton gamma-rays from Markarian 421: A study of GeV and TeV emission from Mrk 421 based on Fermi-LAT and H.E.S.S. data, Tom Andersson, Linnaeus University, 2016 (Bachelor)
Analysis of the high-energy emission of the BL Lac PKS 2155-304 with Fermi-LAT data, Tobias Möllerström, Linnaeus University, 2015 (Bachelor)