0 Members and 2 Guests are viewing this topic.
W reduction at increasing T in vacuum disproves your quantities.
So let's not see you use that fallacious argument again. If you keep doing it, I'm going to start considering it spam and close this thread. So be very careful about how you proceed from here on out.
And I say that I don't accept derived equation based on conservation of mass.
My theory is consistent with the experiment in this video.
In my theory neutrons (PE) and neutrinos (PE) are closer to each other than to protons (P2E)
We don't have a single experiment to test the masses of protons, neutrons and neutrinos
I suspect the masses derived from different experiments are not calibrated correctly.
They do have a tiny charge compared to P, E and P2E particles and could have been missed.
W reduction at increasing T in vacuum disproves your quantities.Did you miss this?
Conservation of mass is something guaranteed by Noether's theorem.
By rejecting conservation of mass, you are rejecting something that has been proven.
Is she God ?
I gather my explanation is sound on a qualitative level
W reduction at increasing T in vacuum disproves conservation of mass, F=ma
No. Science has not published the results of the experiment.
The results of the experiment have not been published to rush to conclusions.
Object B at close proximity to object A has a strong charge polarization and is pushed towards object A more strongly than is pushed away from object A. Object C at longer distance from object A has a weak charge polarization and is pushed away from object A more strongly than pushed towards object A, accounting for the attractive force of gravity at shorter and repulsive force of gravity at longer astronomical distances.https://twitter.com/Yaniv_Stern/status/1620730118980395012/photo/1
Object B at close proximity to object A has a strong charge polarization and is pushed towards object A more strongly than is pushed away from object A. Object C at longer distance from object A has a weak charge polarization and is pushed away from object A more strongly than pushed towards object A, accounting for the attractive force of gravity at shorter and repulsive force of gravity at longer astronomical distances.
Quote from: The Spoon on 28/01/2023 12:00:22Glaser paper is below.https://www.semanticscholar.org/paper/Response-of-apparent-mass-to-thermal-gradients-Gl%C3%A4ser/dd77e00123f2e0efe31f02f9b0b717a98620172cI looked at your reference. The author states: 'it is predominantly free convection forces which change the apparent mass.'The author forgot to include the 'control' experiment in his paper, weighing the metals in vacuum, to conclude air convection is responsible for changes in weight.
Glaser paper is below.https://www.semanticscholar.org/paper/Response-of-apparent-mass-to-thermal-gradients-Gl%C3%A4ser/dd77e00123f2e0efe31f02f9b0b717a98620172cI looked at your reference. The author states: 'it is predominantly free convection forces which change the apparent mass.'
In my theory the expansion of the earth is linked to the expansion of the universe.
Quote from: Yaniv on 02/02/2023 09:57:51In my theory the expansion of the earth is linked to the expansion of the universe.You are breaking rule #5 again. Please address what I've said or this thread will be locked.
My God Yahweh promised me a temple.
And what does belief in a fictional sky fairy have to do with science?