Dear Friends, awesome finding. The 127th finding in my TOU (Theory of Universality) is that the electrons are space-waves just like gravitons. If we take the mass of the graviton as 2.89186 x 10^-38 kg, the speed of graviton as 4.586509 x 10^6 m/s, the surface speed of electron in hydrogen atom as 2.2 x 10^6 m/s and the surface speed of electron as SQRT(-25.963) x linear speed. Now, if consider the gravitons and the electrons in the space-time frame of Milky way Galaxy, and keeping in mind that the electron has 3 degrees of freedom of movement, the mass of electron works out to be 9.11941635 x 10^-31 kg; which agrees with the observed value of 9.1093837 x 10^-31 kg. To be published in next Annexure.
Pl join :
https://www.academia.edu/s/7ebea6d14b?source=link
Dear Kasibhatla,
Since the mass of the hypothetical graviton is not known, on what basis do you assume that it has any particular value?
Furthermore, it is meaningless to imagine that an electron has a 'speed' in an atom. Certainly it has a given energy and momentum, but these are crucially dependent on the excitation state of that atom - and again, you seem to have 'randomly' picked a value.
I took can imagine three values, combine them in different ways, and come up with a close concordance to a physical constant.
I do hope that you don't spend much time on this.
Mass of the graviton is known theoretically. = 2.891859 x 10^-38 kg.
Dear Kasibhatla,
Can you share the publication that gives that prediction?
Wang et al. 2023 have a prediction of < ~8.6 x 10^-24 eV.
It will be published in the next Annexure of my TOU. Then, I will share
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