Chains of Large Gaps Between Primes
Ford, K
Maynard, J
Tao, T
Irregularities in the Distribution of Prime Numbers
1-21
(05 Jul 2018)
Sums of Two Squares in Short Intervals
Maynard, J
Analytic Number Theory
253-273
(2015)
Test Models for Statistical Inference: Two-Dimensional Reaction Systems Displaying Limit Cycle Bifurcations and Bistability
Plesa, T
Vejchodský, T
Erban, R
Stochastic Processes, Multiscale Modeling, and Numerical Methods for Computational Cellular Biology
3-27
(05 Oct 2017)
Retrospective evaluation of real-time estimates of global COVID-19 transmission trends and mortality forecasts
Bhatia, S
Parag, K
Wardle, J
Nash, R
Imai, N
Van Elsland, S
Lassmann, B
Brownstein, J
Desai, A
Herringer, M
Sewalk, K
Loeb, S
Ramatowski, J
Cuomo-Dannenburg, G
Jauneikaite, E
Unwin, H
Riley, S
Ferguson, N
Donnelly, C
Cori, A
Nouvellet, P
PLoS ONE
volume 18
issue 10
(18 Oct 2023)
Tue, 10 Oct 2023
13:00
13:00
L1
Generalized Symmetries in Argyres-Douglas Theories
Alessandro Mininno
(DESY)
Abstract
In this talk, I will discuss the dynamical consequences of having 1-form, 2-group and non-invertible symmetries in Argyres-Douglas (AD) theories.
I will first review how to construct (G,G') and D_p(G) theories from geometric engineering. Then, I will briefly introduce how 1-form symmetries are found in these AD theories, focusing on their dynamical consequences in the study of the Higgs branch for such theories. Analogously, I will show how certain D_p(G) theories enjoy a 2-group structure due to a non-trivial extension between a discrete 1-form symmetry and a continuous 0-form symmetry, emphasizing the dynamical consequences that a 2-group structure entails, and the family of AD theories that have it. This analysis allowed us to "bootstrap" families of D_p(G) theories sharing the same properties. Finally, I discuss the presence of non-invertible symmetries in AD theories obtained by gauging the flavor symmetry of multiple D_p(SU(N)) theories.
I will first review how to construct (G,G') and D_p(G) theories from geometric engineering. Then, I will briefly introduce how 1-form symmetries are found in these AD theories, focusing on their dynamical consequences in the study of the Higgs branch for such theories. Analogously, I will show how certain D_p(G) theories enjoy a 2-group structure due to a non-trivial extension between a discrete 1-form symmetry and a continuous 0-form symmetry, emphasizing the dynamical consequences that a 2-group structure entails, and the family of AD theories that have it. This analysis allowed us to "bootstrap" families of D_p(G) theories sharing the same properties. Finally, I discuss the presence of non-invertible symmetries in AD theories obtained by gauging the flavor symmetry of multiple D_p(SU(N)) theories.
My results are based on arXiv:2203.16550 [hep-th], arXiv:2208.11130 [hep-th] and arXiv:2303.16216 [hep-th].
Electronic Foreign-Exchange Markets and Passage Events of Independent Subordinators
Winkel, M
Journal of Applied Probability
volume 42
issue 1
138-152
(14 Mar 2005)
Right inverses of Levy processes: the excursion measure in the general case
Savov, M
Winkel, M
(10 Mar 2010)
Regenerative tree growth: structural results and convergence
Pitman, J
Rizzolo, D
Winkel, M
(15 Jul 2012)
Hereditary tree growth and Levy forests
Duquesne, T
Winkel, M
(09 Nov 2012)
Projections of the Aldous chain on binary trees: Intertwining and consistency
Forman, N
Pal, S
Rizzolo, D
Winkel, M
(02 Feb 2018)