The rigid symmetries of bosonic D-strings
Friedemann Brandt, Joaquim Gomis, Joan Simon
Abstract
We analyse the classical symmetries of bosonic D-string actions and generalizations thereof. Among others, we show that the simplest actions of this type have infinitely many nontrivial rigid symmetries which act nontrivially and nonlinearly both on the target space coordinates and on the U(1) gauge field, and form a Kac-Moody version of the Weyl algebra (= Poincare algebra + dilatations).
Create a lesson
Related papers
Metric and dilaton information from high-overtone quasinormal modes of analytic Einstein-Maxwell-dilaton black holes
Yu Shi, Chikun Ding, Yuebing Zhou et al.
Out-of-time-order hydrodynamics and scrambling
Marta Bucca, Akash Jain, Márk Mezei et al.
About P-adic Numbers and Professor Igor Volovich on the Occasion of his 80th Anniversary
Paul H Frampton
A No-Go Theorem for Nonspherical Bounces with a Single Negative Mode
Guangshang Chen, Jianpeng Dai, Yang Xiao
Regular-Zero Drinfeld-Sokolov Charges in Doubled Four-Dimensional Chern-Simons Theory
Wentao Zeng, Yifan He, Xian Wu
A first order nonabelian antisymmetric tensor model with hidden higher symmetry
Peter D. Jarvis, Jean Thierry-Mieg