Disputation: Viktor Ananiev

Viktor Ananiev will defend his thesis "Expanding limits of statistical methods for high energy physics" for the degree of Philosophiae Doctor at the University of Oslo, Faculty of Mathematics and Natural Sciences.

portrait of the candidate

The PhD defence and trial lecture will be streamed. The chair of the defence will moderate the disputation. 

Ex auditorio questions:  the chair of the defence will invite the audience physically present in the auditorium to ask ex auditorio questions.

→ Live streaming of trial lecture and disputation 

 

→ Request for thesis copy (available until the disputation starts)

Trial lecture

Time and place: June 20, 2024; 10:15 AM,  - Lille Fysiske auditorium (V232) - Fysikkbygningen

Title: "Insights in QCD from heavy mesons and baryons"

Main research findings

The Standard Model serves as the fundamental framework for describing elementary particles and their interactions. Even though all particles within the Standard Model have been discovered, particle searches remain relevant. The upcoming experiments at the Large Hadron Collider, the accelerator famous for the discovery of the Higgs boson, aim to uncover new particles that may provide explanations for missing components of the Standard Model, such as Dark Matter, Neutrino masses, or Gravitational forces. A key contribution of my doctoral studies is a novel method for precise and computationally efficient calculation of the trials factor, a quantity that plays an essential role in telling whether we actually see a new particle in the data. Notably, this research has yielded the SigCorr framework, a versatile tool for constructing analytical pipelines in particle physics. I also had an opportunity to contribute to a range of significant open-source projects through collaborations facilitated by my membership in the Marie Curie Innovative Training Network “INSIGHTS”. Apart from projects closely related to statistical analysis in particle physics, I am proud to be a contributor to the research conducted by CICERO, Center for International Climate Research in Oslo, by providing a tool for climate data visualization. In summary, this doctoral thesis presents groundbreaking statistical methods and software for high-energy physics. Its contributions could greatly improve precision and efficiency in particle searches and statistical analysis in physics and other fields.

Adjudication Committee

  • Dr. Tommaso Dorigo, University of Padova, Italy
  • Professor Jan Conrad, Stockholm University, Sweden
  • Professor Larissa Bravina, University of Oslo, Norway

Supervisors

  • Professor Alexander L. Read, Department of Physics, University of Oslo, Norway

  • Professor Are Raklev, Department of Physics, University of Oslo, Norway

  • Professor Heidi Sandaker, Department of Physics, University of Oslo, Norway

Chair of defence

Professor Michail Baziljevich, Department of Physics, University of Oslo, Norway

Candidate contact information

LinkedIn: Viktor Ananiev

 

Contact information to Department: Line Trosterud Resvold

 

Published June 6, 2024 11:22 AM - Last modified June 20, 2024 9:30 AM