Submissions from D. G. Huang

[1]  faKiv:2404.07711 [pdf]

A million-point integrability for the massless scalar field in the N=1 theory

H. M. H. Mungiu, D. G. Huang, A. M. N. S. A

Comments: 30 pages

We study the integrability of the massless scalar field in the N=1 theory in a thousand dimensions, which is equivalent to the massless scalar field in the general case of the Coulomb branch. We obtain the integrability of the massless scalar field in the N=1 case at the massless scalar-torsion branch. We compute the integrability of the massless scalar field in the total direction of the massless scalar branch and express it in terms of the number of points.

[2]  faKiv:2404.07792 [pdf]

Exploring the black hole horizon

D. G. Huang

Comments: 6 pages. v2: typos corrected, references added

We propose a method for exploring the black hole horizon in the presence of a one-loop excitation in the presence of a perturbation theory of gravity. This method is applicable, for instance, to the partition function of a perturbation theory of gravity in the presence of a weak scalar field. We show that the black holes of the perturbation theory of gravity have no horizon. We also point out a parameter which can be used to determine the black hole horizon in the presence of a weak scalar field. Our method can be used to determine the black hole horizon of the solar system.