Programme Director: Aleksi Vuorinen
The aim of the Theory Programme is to conduct research of high standard in a few selected subject fields for which HIP can act as a center of excellence in Northern Europe.
Theory Programme is divided into projects, the leaders of which have the responsibility of coordinating the activities in their field. There is a special emphasis on recruiting graduate students and supporting the career formation of young researchers. International collaboration is a high priority, as witnessed by the strong international ties of the Projects. Collaborative efforts between the Projects are encouraged.
Apart from the EU and Nordic networks, the main external funding source is the Academy of Finland, together with private foundations.
Projects
- Fundamental particle interactions beyond the Standard Model (HEP BSM) Personnel
The project has a strong community component, covering the diverse theoretical particle physics research performed at the University of Helsinki. The broad fields of research are matter-antimatter asymmetry and the problem of dark matter. - Phases of Strongly Interacting Matter (QCD Matter) Personnel
This theory project focuses on studying quantum chromodynamics (QCD), the fundamental theory of strong interactions between the quarks and gluons. The complicated non-abelian nature of QCD requires different approaches to access QCD dynamics in different kinematical domains. - Theoretical Cosmology and Astroparticle Physics Personnel
The goal of the research project is to provide solutions, in terms of particle physics, to the most pressing open problems in cosmology: inflation, dark matter (DM), baryogenesis, and the current accelerating expansion of the universe. - Pioneering Beyond Born-Oppenheimer Physics of Solids Personnel
The description of solids is almost always based on the Born–Oppenheimer (BO) approximation made in the Coulombic description of the quantum-mechanical many-body problem of electrons and nuclei.
Old Projects
- Theoretical Cosmology (2020-2025)
- Topological Matter (2020-2025)
- High Energy Phenomenology in the LHC Era (2017-2022)
- QCD and Strongly Interacting Gauge Theory (2017-2022)
- Cosmology of the Early and Late Universe (2014-2019)
- Nuclear Structure for Weak and Astrophysical Processes (2017-2019)
- Domain Wall Dynamics (2017-2019)