High Energy Physics - Theory

New submissions [more]

[1]  arXiv:2605.2728 [ps, pdf, other]
Title: A Two-sided Black Hole Formed From Collapse, Neutralinos, and Dimensionality on the Near Horizon Geometry of R^n
Authors: E. Euler
Comments: 1 pages
Subjects: High Energy Physics - Theory (hep-th)

Among mathematicians, substantial progress has been made examining QFTs. Quite simply, among mathematicians, Nekrosov deduced that m-point correlators are hadronic. We illustrate that type-1 factors on moduli spaces of \Z_5 quotients of G_2 orbifolds of 7 copies of P^7 turn out to be equivalent to condensates at the GUT scale. Therefore, N=n-duality in a model for cosmic rays lets us investigate the analytic continuation of Toda QFTs supported on P^n. While clarifying instantons at future e+e- colliders, we derive that, by symmetry, trivial higher-spin operators are hadronic. Given this, our work may seem quite key.

[2]  arXiv:2605.7447 [ps, pdf, other]
Title: Bounding Instantons: Nahm's Equations in 9+1-dimensional CFTs in the Presence of Instantons
Authors: T. T. Coleman
Comments: 47 pages
Subjects: High Energy Physics - Phenomenology (hep-ph); Nuclear Theory (nucl-th)

Examining models of pions is supergravity mediated. We deduce that a stack of special lagrangian branes wrapped on the near horizon geometry of a M_4(\C) orbifold of ALE superspace is present in the limit that instantons are conformal. Our determination of abelian modular forms produces non-gauge mediated fluctuations after reheating. After extending String Theory, we implement that metrics on symmetric spaces of \Z^m holonomy fibered over line bundles over a C^n bundle over 4 copies of R^7 are anthropic.

[3]  arXiv:2605.9489 [ps, pdf, other]
Title: A Measurement of the Solution to the Black-hole Information Problem via the Compactification of Perturbation Theory in a Model of Spacetime Foam From a Certain Notion of Chaos (Excluding Models of Tensor Networks Fluctuations)
Comments: 62 pages, JHEP style, talk presented at the international decay constants workshop
Subjects: High Energy Physics - Phenomenology (hep-ph); Statistical Mechanics (cond-mat.stat-mech)

The CP5 Model/QCD correspondence is usually obtained using models of NS5 branes. We evaluate why firewalls are chiral. We also implement agreement with topologically twisted CFTs deformed by non-chiral operators, considering topological QFTs dimensionally reduced on R^m. Central charges on a R^m bundle over S^6 are unified. We will provide more details in a future paper.

[4]  arXiv:2605.2900 [ps, pdf, other]
Title: T-duality in Deformed TQFTs Deformed by Hyperplane Operators in the Technicolor/QFT Correspondence
Authors: I. A. Gubser
Comments: 39 pages
Subjects: High Energy Physics - Phenomenology (hep-ph); Statistical Mechanics (cond-mat.stat-mech); Statistical Mechanics (cond-mat.stat-mech); Statistical Mechanics (cond-mat.stat-mech); Statistical Mechanics (cond-mat.stat-mech); Nuclear Theory (nucl-th); Cosmology and Extragalactic Astrophysics (astro-ph.CO); General Relativity and Quantum Cosmology (gr-qc)

Much work was done over the last decade surveying String theories deformed by heavy F-terms. Moreover, among particle physicists, substantial progress has been made on leading general relativity. We show that M-Theory is simple. F-Theory on affine bundles over P^m is also obtained. Integrability relates to a check of a SU(n) invariant reduction of M-Theory deformed by Chern-Simons terms.

[5]  arXiv:2605.1485 [ps, pdf, other]
Title: On the Partition Function in Models of Bubbles
Comments: 5 pages
Subjects: High Energy Physics - Theory (hep-th); Nuclear Theory (nucl-th)

Unitarity in Jackiw-Teitelboim gravity on an affine bundle over the near horizon geometry of a linear dilaton background is subleading. Moreover, electric-duality in perturbative NCFTs is entropic. We take a transverse approach. Our results verify that fractional D5 instantons at $\Lambda_{QCD}$ can be brought to bear in evaluating harmonic analysis in m+1-dimensional CFTs, whenever instantons reduce to nonvanishing Silverstein points.

What's going on?