Past bachelor projects

You can read more about the projects on the Chalmers Open Digital Repository, or click the direct links in the items below.

Snabba beräkningar av elastisk proton-neutronspridning med en grafikprocessor by Erik Brusewitz, Alexander Körner, Joseph Löfving, Hanna Olvhammar, Alfred Weddig Karlsson
(spring, 2021)

Schemaläggningsalgoritmer för storskalig exakt diagonalisering
(spring, 2020)

Computation of Dark Matter Signals in Graphene Detectors
by Julia Andersson, Ebba Grönfors, Christoffer Hellekant, Ludvig Lindblad and Fabian Resare
(spring, 2020)

Simuleringar av mångpartikelsystem på en emulerad kvantdator
by Carl Eklind, Sebastian Holmin, Joel Karlsson, Axel Nathanson, Eric Nilsson
(spring, 2019)

Kvantmekanisk simulering av enelektronatomen på en emulerad kvantdator
by Adel Hasic, Gustaf Sjösten, Carl Andersson, and Simon Stefanus Jacobsson
(spring, 2019)

YATA
Webbplattform för utbildning med integrerad artificiell intelligens
by Simon Pettersson Fors, Marcus Holmström, Anton Hägermalm, Eric Lindgren, Carl Nord, Gabriel Wallin, Arianit Zeqiri
(spring, 2019)

Simulations of Dark Matter Particle Discovery Using Semiconductor Detectors by Erik Andersson, Henrik Klein Moberg, Alex Bökmark and Emil Åstrand
(spring, 2019)

Bayesiansk inferens med Metropolis-Hastings algoritmen
by Katarina Tran
(spring, 2018)

Searching for dark matter in the Earth’s shadow by Adam Bilock, Anna Carlsson, Christoffer Olofsson and Oskar Lindroos
(spring, 2018)

Gaussian processes for emulating chiral effective field theory describing few-nucleon systems
by Martin Eriksson, Rikard Helgegren, Daniel Karlsson, Isak Larsén and Erik Wallin
(spring, 2017)

J-factors of Dwarf Spheroidal Galaxies with Self-Interacting Dark Matter
by Magdalena Eriksson, Rikard Wadman, Susanna Larsson and Björn Eurenius
(spring, 2017)

Dwarf Spheroidal J-factors with Self-interacting Dark Matter
by Sebastian Bergström, Emelie Olsson, Andreas Unger and Michael Högberg
(spring, 2017)

Chiral effective field theory with machine learning
by Johannes Aspman, Emil Ejbyfeldt, Anton Kollmats and Maximilian Leyman
(spring, 2016)

LHC, the Higgs particle and physics beyond the Standard Models – Simulation of an additional scalar particle a’s decay
by Tor Djärv, Andreas Olsson and Justin Salér-Ramberg
(spring, 2014)

Uncertainty Quantifications in Chiral Effective Field Theory
by Dag Fahlin Strömberg, Oskar Lilja, Mattias Lindby and Björn Mattsson
(spring, 2014)

Jacobi-Davidson Algorithm for Locating Resonances in a Few-Body Tunneling Systems
by Gustav Hjelmare, Jonathan Larsson, David Lidberg and Sebastian Östnell
(spring, 2014)

Quantum resonances in a complex-momentum basis
by Jonathan Bengtsson, Ola Embréus, Vincent Ericsson, Pontus Granström and Nils Wireklint
(spring, 2013)

Feasibility of FPGA-based Computations of Transition Densities in Quantum Many-Body Systems
by Robert Anderzen, Magnus Rahm, Olof Sahlberger, Joakim Strandberg, Benjamin Svedung and Jonatan Wårdh
(spring, 2013)

Higgsbosonen, standardmodellen och LHC
by Anton Nilsson, Olof Norberg and Linus Nordgren
(spring, 2013)