Past Events
QG seminar: Spin-(s,j) projectors and gauge-invariant spin-s actions in maximally symmetric backgrounds
2024年1月25日 (木) 14:00QG unit Zoom seminar.
Speaker: Daniel Hutchings (University of Western Australia).
Title: Spin-(s,j) projectors and gauge-invariant spin-s actions in maximally symmetric backgrounds.
QG seminar: An overview of the E11 program
2024年1月23日 (火) 13:00QG unit seminar.
Speaker: Keith Glennon (King's College London).
Title: An overview of the E11 program.
Quantum Gravity Unit Guest Seminar: Tensionless strings and Compactification
2023年12月19日 (火) 14:00Visitor seminar hosted by Quantum Gravity Unit
Speaker: Dr. Priyadarshini Pandit, Indian Institute of Technology Kanpur
Title: Tensionless Strings and Compactification
Electromagnetism from Spacetime Algebra
2023年12月1日 (金) 14:00A physics lecture for borderline-physicists.
Title: Electromagnetism from Spacetime Algebra.
Speaker: Yasha Neiman.
Planets in bullet-time: inside Ne(wt)o(n)'s apple
2023年8月18日 (金) 14:00A physics lecture for non-physicists.
Title: Planets in bullet-time: inside Newton's apple.
Speaker: Yasha Neiman.
Kite and Triangle diagrams through Symmetries of Feynman Integrals
2023年8月9日 (水) 10:00Visitor seminar hosted by Quantum Gravity Unit
Speaker: Dr. Subhajit Mazumdar,Center for Theoretical Physics, Seoul National University
Title: Kite and Triangle diagrams through Symmetries of Feynman Integrals
QG group meeting: self-dual GR in de Sitter space (Yasha Neiman)
2023年7月12日 (水) 14:00QG group meeting.
Speaker: Yasha Neiman.
Title: "Self-dual GR in de Sitter space".
Gravity, the Improbability Engine
2023年7月7日 (金) 14:00A physics lecture for non-physicists.
Title: Gravity, the Improbability Engine.
Speaker: Yasha Neiman.
Why is the sky blue?
2023年6月9日 (金) 14:00A physics lecture for non-physicists.
Title: Why is the sky blue?
Speaker: Yasha Neiman.
"BRST formalism of Weyl conformal gravity in Weyl geometry" Prof. Ichiro Oda, University of the Ryukyus
2023年5月17日 (水) 14:00Quantum Gravity Unit visitor seminar.
Speaker: Prof. Ichiro Oda, University of the Ryukyus
Title: BRST formalism of Weyl conformal gravity in Weyl geometry