activity
20052023
most citedQuintom models with an equation of state crossing -1

226 citations · 1.5k across the 46 of their papers we have counts for

collaborators

46 papers

gr-qc2023★ 2 cited

Maxwell field with gauge fixing term in the radiation- and matter-dominant stages: exact solution and stress tensor

Xuan Ye, Yang Zhang

We study the Maxwell field with a general gauge fixing (GF) term in the radiation-dominant (RD) and matter-dominant (MD) stages of expanding Universe, as a continuation to the prev…

gr-qc2022★ 9 cited

Maxwell field with gauge fixing term in de Sitter space: exact solution and stress tensor

Yang Zhang, Xuan Ye

The Maxwell field with a general gauge fixing (GF) term is nontrivial, not only the longitudinal and temporal modes are mixed up in the field equations, but also unwanted consequen…

astro-ph.GA2022★ 3 cited

Analytical Equation of Three-point Correlation Function of Galaxies: to Third Order of Density Perturbation

Shu-Guang Wu, Yang Zhang

Applying functional differentiation to the density field with Newtonian gravity, we obtain the static, nonlinear equation of the three-point correlation function of galaxies, t…

astro-ph.GA2022★ 5 cited

The nonlinear field equation of the three-point correlation function of galaxies

Shu-Guang Wu, Yang Zhang

Based on the field theory of density fluctuation under Newtonian gravity, we obtain analytically the nonlinear equation of 3-pt correlation function of galaxies in a homogeneou…

astro-ph.CO2021

The nonlinear equation of correlation function of galaxies in the expanding universe and the solution in linear approximation

Yang Zhang, Bichu Li

We present an analytic study of the density fluctuation of a Newtonian self-gravity fluid in the expanding universe with , which extends our previous work in the static…

gr-qc2021★ 10 cited

Field Equation of Correlation Function of Mass Density Fluctuation for Self-Gravitating Systems

Yang Zhang, Qing Chen

We study the mass density distribution of Newtonian self-gravitating systems. Modeling the system as a fluid in hydrostatical equilibrium, we obtain from first principle the field…