Non-Lorentzian Geometry in Gravity and String Theory

Niels Obers

Speaker(s)

Niels Obers

Copenhagen

Events

Non-Relativistic Limits of Massive (Higher-Spin) gravity and Their Condensed Matter Applications

Carrollian Gravitation (c → 0)

Perspectives on Carrollian Quantum Field Theories

Carrollian Structures in General Relativity

Kinematic Lie Algebras and Deformations

Non-Relativistic Limits of Field Theories

Gravitational Flux-Balance Laws from Conformal Carroll Geometry

Supersymmetrical Extensions

Seminar

24 Jun 2026

16:00 to 17:30

José Figueroa O’Farrill

Non-Lorentzian Geometry in Gravity and String Theory

Speaker(s)

Niels Obers

Events

Algebraic Aspects, Inönü-Wigner Contraction

Non-Lorentzian Geometry in Gravity and String Theory

Newton-Cartan theory (c → ∞)

Non-Relativistic Limits of Massive (Higher-Spin) gravity and Their Condensed Matter Applications

Carrollian Gravitation (c → 0)

Perspectives on Carrollian Quantum Field Theories

Carrollian Structures in General Relativity

Kinematic Lie Algebras and Deformations

Non-Relativistic Limits of Field Theories

Gravitational Flux-Balance Laws from Conformal Carroll Geometry

Supersymmetrical Extensions

Classical and Quantum Particles of the Galilei and Carroll Groups and Their Applications

See also