Heterotic Ouroboros

Fuente: arXiv
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Main Authors: Altavista, Chiara, Raucci, Salvatore, Uranga, Angel M., Wang, Chuying
Format: Preprint
Published: 2026
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author Altavista, Chiara
Raucci, Salvatore
Uranga, Angel M.
Wang, Chuying
author_facet Altavista, Chiara
Raucci, Salvatore
Uranga, Angel M.
Wang, Chuying
contents M-theory on ${\mathbf{S}}^1\vee{\mathbf{S}}^1$ has recently been proposed to yield, via quotients, ten-dimensional non-supersymmetric string theories. We revisit the construction that leads to the heterotic theories, finding a consistent set of rules that reproduces the light spectra and gauge groups, including indications of their global structure. Our approach uses the gauge enhancement mechanism of type I' string theory, applied to a setting in which the type I' interval is curled onto itself, with its two boundaries separated by a branch cut. Using these tools, we reproduce the ten-dimensional heterotic theories and provide some evidence for junctions among them.
format Preprint
id arxiv_https___arxiv_org_abs_2604_22915
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Heterotic Ouroboros
Altavista, Chiara
Raucci, Salvatore
Uranga, Angel M.
Wang, Chuying
High Energy Physics - Theory
M-theory on ${\mathbf{S}}^1\vee{\mathbf{S}}^1$ has recently been proposed to yield, via quotients, ten-dimensional non-supersymmetric string theories. We revisit the construction that leads to the heterotic theories, finding a consistent set of rules that reproduces the light spectra and gauge groups, including indications of their global structure. Our approach uses the gauge enhancement mechanism of type I' string theory, applied to a setting in which the type I' interval is curled onto itself, with its two boundaries separated by a branch cut. Using these tools, we reproduce the ten-dimensional heterotic theories and provide some evidence for junctions among them.
title Heterotic Ouroboros
topic High Energy Physics - Theory
url https://arxiv.org/abs/2604.22915