Nuclear Physics
We try to understand how the smallest building blocks of matter, the quarks and the gluons, build up the first level of composite systems in nature. The building blocks of the atomic nucleus, the protons and the neutrons, are good examples.
Research within Nuclear Physics
Many of the research projects we're carrying out are part of larger international collaborations. The projects we're currently engaged in are:
Calendar
- Unfortunately there are no upcoming events at this time
Publications
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AGATA: nuclear structure advancements with fusion-evaporation reactions
2023
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Amplitude analysis and branching fraction measurement of the decay D+ K0S → π+π0π0
2023
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Amplitude analysis of B0?: D0Ds+p - and B plus ? D -Ds plus p plus decays
2023
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Amplitude analysis of the ?c+- pK-p+ decay and ?c+ baryon polarization measurement in semileptonic beauty hadron decays
2023
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Amplitude analysis of the D+-> pi(-)pi(+)pi(+) decay and measurement of the pi(-)pi(+) S-wave amplitude
2023
Research profile
Photo: Mats Kamsten
Karin Schönning´s research (in Swedish)