Publication List on inSPIRE and arXiv
Refereed Papers
Refereed Papers
L. Brits and J. Charbonneau, A Constraint-Based Approach to the Chiral Magnetic Effect. Phys. Rev. D 83, 126013 (2011) [PRL] [arXiv:1009.4230]
J. Charbonneau, K. Hoffman and J. Heyl, Large Pulsar Kicks from Topological Currents. MNRAS:Letters 404 (2010) L119. [MNRAS:Letters] [arXiv:0912.3822]
J. Charbonneau and A. R. Zhitnitsky, Topological Currents in Neutron Stars: Kicks, Precession, Toroidal Fields, and Magnetic Helicity. JCAP08(2010)010. [JCAP] [arXiv:0903.4450]
J. Charbonneau and A. R. Zhitnitsky, A novel mechanism for type I superconductivity in neutron stars. Phys. Rev. C 76, 015801 (2007). [PRL] [arXiv:astro-ph/0701308]
Proceedings
J. Charbonneau, The Axial Anomaly and Large Pulsar Kicks, Prepared for the proceedings of Lake Louise Winter Institute: Celebrating 25 years (LLWI 2010), Lake Louise, Alberta, Canada, 15-20 Feb 2010. [arXiv:1005.3851]
J. Charbonneau, Observational Consequences of Topological Currents in Neutron Stars, Prepared for the proceedings of the the 24th Lake Louise Winter Institute (2009) [arXiv:0904.4268]
Non-Refereed Papers and Reviews
N. Ambrosetti, J. Charbonneau, and S. Weinfurtner, The fluid/gravity correspondence. (2008) [arXiv:0810.2631]. Lectures notes from the 2008 Summer School on Particles, Fields, and Strings, UBC, Canada.
J. Charbonneau, Minkowski correlation functions in AdS/CFT. (2008). This short review was completed as a final project for my second string theory course taught by Moshe Rozali. It covers how to calculate shear viscosity and entropy using the Minkowski formalism in the gauge/gravity correspondence.
J. Charbonneau, Introduction to the Ginzburg-Landau Equations. (2005). This short review was completed as a final project for my second condensed matter course taught by Mona Berciu. I introduce the Ginberg-Landau equations and show how to derive most of the phenomelogical properties of superconductors. [local copy]
M. Milner-Bolotin, F. Bates, A. Kotlicki, D. Witt, G. Rieger, J. Nakane, D. Peets, J. Charbonneau, H. Kew, Enhancing Student Experiences for First Year Large Introductory Physics Course. (2005). A successful grant application submitted to the Teaching and Learning Enhancement Fund.
J. Charbonneau, GrADS documentation. (2004). A technical report describing the usage of data visualisation scripts I developed for the Geophysical Disaster Computational Fluid Dynamics Centre.
R. Stull, H. Modzelewski, X. Deng, Y. Zhou,L. Huang, T. Cannon , G. Hicks II, D. Storey, M. Holmes, J. Charbonneau, Multimodel fine-resolution ensembles for short-range forecasts in mountainous terrain. (2004)
Invited/Contributed Talks
J. Charbonneau, Parity Violation and Topological Currents (2011). An invited talk given for the TRU Science Seminar Series. [program]
J. Charbonneau, Kicking Pulsars Hard. (2010). Given at the 25th Lake Louise Winter Institute. [program]
J. Charbonneau, Punting Pulsars: Big Kicks from Little Physics. (2010). Given at the 47th Winter Nuclear and Particle Physics Conference. [program]
J. Charbonneau, Topological Currents in Neutron Stars. (2009). Given at the 24th Lake Louise Winter Institute. [program]
J. Charbonneau, Topological Currents, Neutron Star Kicks, Toroidal Magnetic Fields. (2009). Given at the 46th Winter Nuclear and Particle Physics Conference. [program]
J. Charbonneau, Topological Vector Currents and Neutron Star Kicks. (2008). Given at the Tenth Annual Meeting Of the Northwest Section of the APS. [program]
J. Charbonneau, A Mechanism for type I superconductivity in neutron stars. (2007). Given at the 44th Winter Nuclear and Particle Physics Conference. [program]
J. Charbonneau, Project Firestorm. (2003). Given to the Western Canada Weather Workshop.
Theses
J. Charbonneau, PhD Thesis: Topological Currents in Dense Matter (2011). A harrowing collection of three papers, with many aspects thoroughly elucidated for the enjoyment of the reader, including a new derivation of the topological current and details of fun contour integrals.
J. Charbonneau, MSc Thesis: Vortex structures in neutron stars. (2007). Download it for the abstract, read the first three chapters for a good review of the Ginzberg-Landau description of superconducting and superluid vortices. One of the appendices contains the most difficult way to calculate the force between two current carrying wires.