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Vinnare av pris för bästa examensarbete

Här presenteras de examensarbeten som vunnit KTH Rymdcenters pris för bästa examensarbete på grundläggande respektive avancerad nivå.

 2024

Winners on basic level: Amer Avdic & Alfred Mjörnheim

Cosmic Lighthouse: Exploring X-ray Pulsars in Python (pdf 1,8 MB)

Winner on advanced level: Simon Thor

Improving tau decay simulations for detecting tau neutrinos at IceCube (pdf 2,9 MB)

2023

Winners on basic level: Cecilie Holmen & Mattias Wang

Cusp Aurora Appearing at the Dayside tip of Transpolar Arcs - Dependence on IMF and Dipole Tilt (pdf 2,8 MB)

Winner on advanced level: Rasmus Maråk

Trajectory Optimisation of a Spacecraft Swarm Maximising Gravitational Signal (pdf 7,2 MB)

2022

Winners on basic level: Maheen Arfan & Isabelle Bonnier

Winner on advanced level: Tove Ågren

2021

Winners on basic level: Amanda Helmfrid & Richárd Bagi

Investigating the central engine in supernova 2002ap using X-ray observations (pdf 2,1 MB)

Winners on advanced level: Anna Hidalgo Larsson

Forward Modelling of Ground Based SST Telescope Images (pdf 3,7 MB)

and Leonardo Ricci

Sunshade Demonstrator Spacecraft Earth Sphere of Influence Escape Using a Propellant-free AOCS (pdf 4,6 MB)

2020

Winners on advanced level: Filip af Malmborg och Teodor Elmfeldt

X-ray Spectral Analysis of a Serendipitously Observed Active Galactic Nucleus (pdf 1,6 MB)

Winner on basic level: Johan Ferm

Europa's Lyman-Alpha Shadow on Jupiter - A New Way of Searching for Water Plumes (pdf 5,2 MB)

2019

Winner on advanced level: Florine Enengl
On the Relationship Between Energetic Electron Precipitation and Mesopause Temperature (pdf 6,5 MB)

2018

Winners on basic level: Gustav Hedengren & Oscar Larsson
Electrostatic Ion Thrusters for Space Debris Removal (pdf 1,2 MB)

Winner on advanced level: Gustav Pettersson
Compact 3D Microscopy for Planetary Exploration (pdf 1,7 MB)



2017

Winners on basic level: Anton Björnberg & Erik Larsson

Thermal Analysis and Control of MIST (pdf 6,4 MB)

Winners on advanced level: Filip Samuelsson
Derivation of neutrino fluxes in Gamma-ray bursts using the multi-shell internal shock model (pdf 1,9 MB)

and Juan Alday
Ganymede's hydrogen corona and FUV albedo from HST/STIS images (pdf 4,5 MB)