Light should be dispersion in the gravitational field:
www.preprints.org/manuscript/202207.0145/v3
Therefore, to have a right measurement of the numbers and spectrogram of the celestial objects and to have an accurate measurement of the size and distance of a celestial object, light dispersion in gravitational field need be considered.
For example, as one galaxy with multi-wavelengths was observed as several galaxies with one wavelength, it should result in that the numbers and spectrogram of the galaxy is wrong. Further, it should result in that the conclusion about the origin and the element making up of the galaxy is wrong.
And, the observed size and distance of the galaxy are not accurate.
Therefore, astronomical observation need be reconsidered as Light dispersion in gravitational field is known.
Dear Zhu, Yin Zhu
'Light should be dispersion in the gravitational field'
Yes of course
Here's a theory of gravity:
Article Fizikailag-metafizikailag bizonyítható a graviton létezése
(This Hungarian text is full of grammatical errors, and there are also conceptual errors! The language was poorly proofread. During the linguistic proofreading, such a correction was made, The essence of a well conceived concept has failed. All this was revealed during the translation into Romanian. etc.)
This theory prediction:
The light dispersion in the gravitational field of rocky plnets decreases as the light approaches to their surface!'
with the help of the light dispersion, the gravitational field of planets can be described mathematically!. (With this concept, under certain conditions, the gravitational influence of exoplanets can be determined!)
This phenomenon can be used to predict earthquakes!
( Valentino Straser , Dan Grigore , Sergey Shcherbina , Dursun Acar , etc.
)
So seems well that the mentioned writing could be valuable even it has the present erroneous form.
The next was written by my former co-author onto base of conluhion:
'’No quark
No, contradict you!
Our theory extended
It has Newton and Einstein too..’
Regards,
Laszlo
Protecting the Darkness in Chile’s Atacama Desert
"The Atacama boasts high altitudes and clear skies, making it a haven for stargazing. And by 2030, Chile will be home to almost 70 percent of the world’s astronomical infrastructure. Light pollution, though, threatens frontier research. Can a recently announced nationwide lighting standard make a difference?"
https://undark.org/2024/04/22/darkness-in-chile-atacama-desert/
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