Johan Bijnens

Content:

• Publications
• Teaching
• Students
• Talks
• Positions

Publications

Published papers can be obtained from the Lund University system Lucris below. A list which goes further back and contains preprints as well can be obtained from inspirehep.net using author Bijnens,j.

Teaching

My main teaching at the undergraduate level is General Relativity (FYTN08).

Students

The titles link, where possible, to the Lund University publication database.

Theses at the undergraduate level

Magister

• Fredrik Borg (then Persson) (Magister 1999) Effects of different Form-factors in Meson-Photon-Photon Transitions, also at hep-ph/0106130
• Anders Månsson (Magister 2001) Gravity in extra-dimensional Spaces with Martin Maul
• Henrik Jönsson (Magister 2001) Electroweak Baryogenesis with Kimmo Kainulainen and Kari Rummukainen
• Olof Strandberg (Magister 2003) Determination of the Anomalous Chiral Coefficients of order p⁶, also at hep-ph/0302064
• Anders Pinzke (Magister 2004) Estimating the Electromagnetic Chiral Lagrangian Coefficients, also at hep-ph/0406107

Bachelor

• Tomas Kasemets (2008) Relic Gravitational Waves as a Source of CMB Polarization
• Sven Möller (2010) Exploring the AdS/QCD correspondence
• Douglas Svensson Seth (2013) Vector Meson Masses in AdS/QCD
• Simon Kuberski (2014) Supersymmetry in Quantum Mechanics
• Erik Gustafsson (2014) Scalar Theory as an example of AdS/QFT
• Johan Gudmundsson (2014) Supersymmetric Quantum Mechanics
• Henrik Ekström (2015) Regularisation, Renormalisation and Anomalies in Quantum Mechanics
• Felix Tellander (2016) The 't Hooft model as a testing ground for Quantum Chromodynamics
• Erik Linnér (2017) Equivalence of the sine-Gordon Model and the Massive Thirring Model: Derivations and Application
• Edvin Olofsson (2017) Solitons in High Energy Physics
• Si Wang (Bachelor Shangai University 2018) Constructing the p⁸ purely mesonic chiral Lagrangian
• Emma Svensson (2018) Derivation and stability determination of black hole metrics
• Alexandra Wernersson (2019) Fitting the three loop pion mass and decay constant to lattice data
• Anna Giacomozzi (2020) Finite volume Feynman integrals in time-momentum representation
• Rikard Andersson (2020) Weak magnetic field expansion of the quark condensate in the chiral limit
• Lucas Bring (2020) Spherically Symmetric Gravitational Collapse
• Hector Tiblom (2021) Fitting the pion and kaon mass and decay constant to lattice data
• Jacob Lindahl (2021) Radiative Corrections Beyond the Soft-Photon Approximation  with Tomas Husek
• Fredrik Granström (2021) Gribov ambiguities in non-Abelian gauge theories with Jarkko Peuron

Master

• Alejandro Celis (2009) On SU(2) Chiral Perturbation Theory for K to ππ Decay Amplitudes
• Mehran Zahiri Abyaneh (2012) The Anatomy of the Pion Loop Hadronic Light by Light Scattering Contribution to the Muon Magnetic Anomaly, also at 1208.2554
• Emil Boström (2013) Sunset integrals at finite volume
• Joel Oredsson (2015) Transverse Momentum Dependent Soft Function in SCET to NNLO with Frank Tackmann
• Benjamin Alvarez (2016) Updating bounds on the low-energy constants of Chiral Perturbation Theory from exact bounds on amplitudes
• Jack Borthwick (2016) The kaon electromagnetic mass difference in AdS/QCD
• Erik Kofoed (2016) Chiral Perturbation Theory for Neutron-Antineutron Oscillations
• Safi Rafie-Zinedine (2018) Simplifying quantum gravity calculations, also at 1808.06086 (submitted to arxiv without my knowledge)
• Mattias Sjö (2019) Flavour-ordering in the nonlinear sigma model with more derivatives and legs with Karol Kampf
• Amol Sasane (2019) Decay of solutions to the Klein-Gordon equation on some expanding cosmological spacetimes, with José Natário, see also arXiv:1909.01292
• Julian Boy (2021) Matter-streams as sources of the Kerr metric
• Carmen Lopez Jurado (2024) Corrections to Kerr Black Holes in Modified Gravity
• Hanchen Yu (2024) Isospin breaking at two loops in three-flavour Chiral Perturbation Theory

PhD students

• Pierre Dhonte (PhD 2004) Pion and kaon Dynamics at Higher Orders in Chiral Perturbation Theory
• Fredrik Borg (PhD 2005) Isospin Breaking in Kaon Decays to Pions
• Niclas Danielsson (PhD 2006) Meson Properties in Partially Quenched Effective Field Theory
• Karim Ghorbani (PhD 2007)Meson Decays with Isospin Breaking at Two Loops
• Lisa Carloni (PhD 2011) Renormalization in Effective Field Theory and Hidden Radiation
• Ilaria Jemos (PhD 2011) Soft and hard Mesons in Chiral Perturbation Theory
• Jie Lu (PhD 2012) Effective Field Theory for QCD-like Theories and Constraints on the Two Higgs Doublet Model
• Thomas Rössler (PhD 2015) Finite Volume and Partial Quenching for Chiral Perturbation Theory and QCD-like Theories
• Johan Relefors (PhD 2016) Twisted Loops and Models for Form-factors and the Muon g−2
• Nils Hermansson Truedsson (PhD 2019)Higher Order Calculations for Low Energy Precision Physics
• Mattias Sjö (PhD 2023) Multi-Meson Dynamics in Chiral Perturbation Theory

My own PhD supervisor was Mark B. Wise at Caltech, who was a student of Fred Gilman, who was a student of Marvin Goldberger, who was a student of Enrico Fermi. Fermi was mainly self educated but one could take Paul Ehrenfest as his advisor who in turn was a student of Ludwig Boltzmann who was a student of Jozef Stefan.

Talks

Positions

Postdoc and PhD positions are always announced at the inspirehep.net job list as well as on the faculty and Lund University job pages.