High Energy Physics - Theory

New submissions [more]

[1]  arXiv:2606.4117 [ps, pdf, other]
Title: Scalar Models With Higgses
Comments: 1 pages
Subjects: High Energy Physics - Theory (hep-th)

A black brane at the Event-Horizon telescope is harmonic analysis on T^4. Thus, models of gluons are usually deduced from general gerbs. Strominger-Bogoliubov QED_3 is also obtained. Our numerical test of the U(1) problem gives symplectic quotients in Topological String Theory. While evaluating the Lagrangian in models of B-mesons, we implement that the Gross-Neveu Model/hydrodynamics correspondence is unconventional, by spontaneously-broken dual-superconformal symmetry, as will be made clear.

[2]  arXiv:2606.2526 [ps, pdf, other]
Title: Quantum Approaches to the LHC Inverse Problem
Authors: N. I. Polyakov
Comments: 5 pages
Subjects: High Energy Physics - Phenomenology (hep-ph)

Non-simple effects in an invertible NCFT are quantum. The calculation of complementarity localizes to Hirzebruch surfaces. Bosonic strings are also derived. Equations of M-Theory near hyperplane defects let us survey Seiberg-duality in WZW NCFTs on the null future of elliptically-fibered linear dilaton backgrounds.

[3]  arXiv:2606.1457 [ps, pdf, other]
Title: Extremal Black Branes Formed From Collapse and Supergravity With 'T Hooft Lines
Comments: 38 pages, JHEP style, talk presented at the international random tensors workshop, typos corrected, BibTeX, added refs
Subjects: High Energy Physics - Phenomenology (hep-ph); Cosmology and Extragalactic Astrophysics (astro-ph.CO); Statistical Mechanics (cond-mat.stat-mech); Statistical Mechanics (cond-mat.stat-mech)

Dimensionality in WZW Conformal Field Theories deformed by line D-terms is the final component in considering trivial representation theory. Unfortunately, sheaf cohomology in N=6 QFTs in the presence of firewalls offers the possibility of formulating instantons. This provides an extremely precise measurement of kaon physics. This is most likely a result of tachyonic inflation, an observation first mentioned in work on the beta function. After investigating the U(1) problem, we find that the solution of String theories in the presence of a black brane formed from collapse is tachyonic.

[4]  arXiv:2606.8282 [ps, pdf, other]
Title: Abelian Conformal Blocks
Authors: E. J. Einstein
Comments: 23 pages, minor changes, BibTeX, minor corrections, typos corrected, published in PRD
Subjects: High Energy Physics - Theory (hep-th); Cosmology and Extragalactic Astrophysics (astro-ph.CO); Nuclear Theory (nucl-th)

The U(1) problem is asymmetric. Consequently, the compactification of m+1-dimensional Matrix Models deformed by quasi-primary D-terms yields an unsurprising framework for clarifying the QED_3/GR correspondence. Motivated by this, we take a primordial approach to perturbation theory. Complexity is also explained. When generalizing random tensors, we deduce that, as revealed by duality, B_m singularities at the GUT scale are exclusive. Curiously, before understanding the N=9-dual of type IIB, we find that orientifold planes are equivalent to an extremal black brane formed from collapse in the CMB, by dual-superconformal symmetry, as revealed by path integrals, in the Clebsch-Gordon decomposition case, as realized in spinning event shapes, as revealed by Schwinger points. We believe this is indicative of a key rule.

[5]  arXiv:2606.1515 [ps, pdf, other]
Title: Explaining B-type Branes Wrapped on a M_m(\mathbb{H}) Quotient of T^m in the CMB: A Non-gaussian Approach
Comments: 4 pages
Subjects: High Energy Physics - Theory (hep-th); General Relativity and Quantum Cosmology (gr-qc)

Among mathematicians, interesting progress has been made on Kobayashi thermodynamics to calculate the solution of conformal QFTs. From formulating fast scramblers, we reconstruct magnetic-duality in models of quarks. Transverse models are also generalized. After analyzing solitons, we calculate that, as will be recalled shortly, the B-model/anomaly mediation correspondence can be brought to bear in generalizing dimensionality.

What's going on?