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Bachelor and Master projects Computing in particle physics experiments Modern Particle Physics is also appropriately called High Energy Physics, because it relies upon accelerators delivering high-energy particle collisions in order to generate data. Gone are the days when particle physicists were climbing mountains with photographic plates, hoping to register rare particles coming from collisions

https://www.particle-nuclear.lu.se/experimental-particle-physics/escience/degree-projects-computing - 2025-11-29

The Division of Particle and Nuclear Physics has researchers supervising students in a broad range of projects, all centered around the ongoing research activities. You can read more about the research activities of the various groups by clicking the menu above. You can also continue reading on these pages for information about joining one of the programmes relevant for the research at the divisio

https://www.particle-nuclear.lu.se/education - 2025-11-29

Bachelor and Master projects ATLAS experiment at CERN The ATLAS experiment is one of the two largest experiments at the Large Hadron Collider (LHC) at CERN. ATLAS is designed to search for new particles in proton-proton collisions at this world's most powerful accelerator, which saw first particle collisions in late 2009. Together with another large experiment (CMS), ATLAS announced the discovery

https://www.particle-nuclear.lu.se/experimental-particle-physics/atlas/degree-projects-atlas - 2025-11-29

Bachelor and Master projects ALICE experiment at CERN The ALICE experiment is one of the four large experiments at the Large Hadron Collider (LHC) at CERN. It is dedicated to the study of the quark-gluon plasma (QGP), a new state of matter in which quarks and gluons are deconfined. The Lund ALICE group is involved in both data analysis and hardware development for upgrades and even a possible futu

https://www.particle-nuclear.lu.se/experimental-particle-physics/alice/degree-projects-alice - 2025-11-29

You can read publications from Theoretical Particle Physics in the Lund University research portal, by clicking the link on the right. You can also explore the divisions' own archive of older publications, dating back to 1992 up to 2020, in the menu on the left. Find publications in the research portal

https://www.particle-nuclear.lu.se/theoretical-particle-physics/publications - 2025-11-29

Bachelor and Master projects The Lund group is deeply involved in the development of several Monte Carlo event generators, used for simulating collision events as they arise in high energy experiments. There are possibilities for several different kinds of bachelor and master projects, in the full spectrum between projects which are very theoretical, and projects which are very close to experiment

https://www.particle-nuclear.lu.se/theoretical-particle-physics/qcd-and-eg/degree-projects - 2025-11-29

Phenomenology beyond the Standard Model is a wide subject and our group is specialised in a few areas as listed below. Projects can be developed in all these areas, and adjacent ones. You are always welcome to contact us to discuss details, or if you have a project idea that you think could fit. Model building Model building refers to efforts to construct and explore theoretically and phenomenolog

https://www.particle-nuclear.lu.se/theoretical-particle-physics/bsm/degree-projects-physics-beyond-standard-model - 2025-11-29

This page describes the general area and a number of methods used in flavour- and low-energy particle physics as relevant for bachelor and master projects. General comments Depending on the particular subject many different methods will be involved. As all modern research in theoretical physics they usually involve using computers with programming at various levels in either algebraic systems like

https://www.particle-nuclear.lu.se/theoretical-particle-physics/low-energy/degree-projects-low-energy-and-flavour-physics - 2025-11-29

The research of the BAR group concerns various aspects of man-made radionuclides which may be found in the environment today and in the future. Our research group focuses on environmental radiology, specifically studying the release of radionuclides from various sources. These sources include nuclear power plants, research laboratories, and accelerator facilities. Our work includes collaboration o

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/bar-biospheric-and-anthropogenic-radioactivity - 2025-11-29

HIBEAM & NNBAR HIBEAM-NNBAR is a proposed two-stage program of experiments at the European Spallation Source (ESS) designed to search for neutrons converting into antineutrons and/or sterile neutrons. Such an observation would indicate baryon number violation, a fundamental condition for baryogenesis, the physical process that is hypothesized to have taken place during the early universe to produc

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/hibeam-nnbar - 2025-11-29

We study exotic atomic nuclei that are of interest in pure nuclear physics, nuclear astrophysics and fundamental physics, mainly in international collaborations using large scale infrastructures. We also develop instrumentation and analysis methods as part of the research program. Nuclear Physics with Radioactive Ion BeamsOur experiments are mainly carried out at the ISOLDE radioactive beam facili

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-astrophysics-reactions - 2025-11-29

Following the production of excited quantum states in atomic nuclei near the limit of nuclear stability, we study their inner structure by detecting the emitted γ-ray and particle radiation by means of contemporary nuclear decay spectroscopy techniques. The research activities circle around the nuclear structure of medium-mass nuclei near the proton dripline as well as superheavy nuclei at or near

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure - 2025-11-29

Bachelor and Master projects Data analysis, detector R&D, virtual experiments (in Geant4) The underlying philosophy of our research group is to combine ideas, skills, and wishes from you with our group's current research efforts and needs. We often thrive at integrating or linking the undergraduate thesis work to ongoing PhD theses. This approach can often lead to co-authorship on a research publi

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/degree-projects-nuclear-structure - 2025-11-29

Lund activities within the FAIR-NUSTAR HISPEC/DESPEC experiment The HISPEC/DESPEC experiment is embedded in the NUSTAR science pillar of the European FAIR accelerator complex located near Darmstadt, Germany, built as extension to the GSI Helmholtzcentre for Heavy Ion Research. The HISPEC/DESPEC science case concerns γ-ray based nuclear spectroscopy of fast radioactive ion beams produced in relativ

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/hispecdespec-experiment - 2025-11-29

Lund activities within superheavy element research Atoms containing atomic nuclei with more than 103 protons are classed as 'superheavy'. We explore superheavy nuclei both in terms of their nuclear structure as well as their mere existence. To date (2023), no atomic nuclei with a proton number in excess of Z=118 have been observed. In the wake of the discovery of superheavy elements, nuclear spect

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/superheavy-elements - 2025-11-29

Lund activities along the proton dripline in medium mass nuclei Atomic nuclei with the same number of protons and neutrons (N=Z) or those with proton and neutron numbers exchanged ("mirror nuclei") are laboratories to study certain symmetries of the nuclear force. Further, between doubly-magic 56Ni and 100Sn, the N=Z line is close to the proton dripline. This adds aspects of proton-unbound states

https://www.particle-nuclear.lu.se/experimental-particle-and-nuclear-physics/nuclear-structure/proton-dripline-studies - 2025-11-29

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) This is an updated version of the NS160 website originally hosted at https://www.nuclear.lu.se/ns160/. The proceedings of the Nobel Symposium NS160 have been available online (open access) at EPJ Web of Conferences (volume 131 (external page) , online since December 1st, 2016). Chemistry and Physics of Heavy and Superh

https://www.particle-nuclear.lu.se/ns160 - 2025-11-29

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) Organizing CommitteeThe Nobel Symposium is jointly organized from physicists and chemists from Lund University:Prof. Lars Ivar Elding, Department of Chemistry, Lund University, Lars_Ivar [dot] Elding [at] chem [dot] lu [dot] se (Lars_Ivar[dot]Elding[at]chem[dot]lu[dot]se)Prof. Claes Fahlander, Department of Physics, Lu

https://www.particle-nuclear.lu.se/ns160/organizing-committee - 2025-11-29

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) ParticipantsOrganizing Committee:Prof. Lars Ivar Elding, Lund University, SwedenProf. Claes Fahlander, Lund University, SwedenProf. Dirk Rudolph, Lund University, SwedenProf. Sven Åberg, Lund University, SwedenConference secretariat:Katarina Lindqvist, Lund University, SwedenYulia Lindholm, Lund University, SwedenSuppo

https://www.particle-nuclear.lu.se/ns160/participants - 2025-11-29

Chemistry and Physics of Heavy and Superheavy Elements (Bäckaskog Castle, 2016) Final program Final Program - Session by SessionMonday, May 30:09.00-10.35 INTRODUCTION (Discussion Leader: D. Rudolph)P. Pyykkö, University of HelsinkiM. Leino, University of Jyväskylä11.00-12.25 NUCLEAR STRUCTURE (Discussion Leader: S. Åberg)P.-H. Heenen, University of BrusselsR.M. Clark, Lawrence Berkeley National L

https://www.particle-nuclear.lu.se/ns160/program - 2025-11-29