Bao Wang

most citedThe Dispersion Relation of Massive Photons in Plasma: A Comment on "Bounding the Photon Mass with Ultrawide Bandwidth Pulsar Timing Data and Dedispersed Pulses of Fast Radio Bursts"

3 citations · 4 across the 3 of their papers we have counts for

collaborators

3 papers

astro-ph.HE2024★ 3 cited

The Dispersion Relation of Massive Photons in Plasma: A Comment on "Bounding the Photon Mass with Ultrawide Bandwidth Pulsar Timing Data and Dedispersed Pulses of Fast Radio Bursts"

Bao Wang, Jun-Jie Wei

The dispersion measures of fast radio bursts have been identified as a powerful tool for testing the zero-mass hypothesis of the photon. The classical approach treats the massive p…

astro-ph.CO2024

Cosmology-independent Photon Mass Limits from Localized Fast Radio Bursts by using Artificial Neural Networks

Jing-Yu Ran, Bao Wang, Jun-Jie Wei

A hypothetical photon mass, $m_{γ}$ , can produce a frequency-dependent vacuum dispersion of light, which leads to an additional time delay between photons with different frequencies…

astro-ph.CO2024★ 1 cited

Observations favor the redshift-evolutionary $L_{X}$ - $L_{U V}$ relation of quasars from copula

Bao Wang, Yang Liu, Hongwei Yu +1

We compare, with data from the quasars, the Hubble parameter measurements, and the Pantheon+ type Ia supernova, three different relations between X-ray luminosity ( $L_{X}$ ) and ultra…

The Dispersion Relation of Massive Photons in Plasma: A Comment on "Bounding the Photon Mass with Ultrawide Bandwidth Pulsar Timing Data and Dedispersed Pulses of Fast Radio Bursts"

Cosmology-independent Photon Mass Limits from Localized Fast Radio Bursts by using Artificial Neural Networks

Observations favor the redshift-evolutionary LX​-LUV​ relation of quasars from copula

Observations favor the redshift-evolutionary $L_{X}$ - $L_{U V}$ relation of quasars from copula