Hello,
This is my first post here, I hope everyone is doing well!
I’ll cut right to the chase. I have a hypothesis that I published along with simulations on wolfram cloud, that I was hoping to discuss and work out further logistics mainly because the results I’m getting in further simulations are showing far too many correlations to be ignored.
I’m very open to this being incorrect, hence this topic, but this example is what had me sitting with my jaw open. The rings of saturn appearing in a spherical 3d plot:
The simulated waveform:
Expressed as:
h(t,x) = sin(2πgt)
where:
g is the frequency equivalent to the gravitational rate of acceleration on a planet’s surface.
Further examples and data+simulations can be found here: Wolfram Cloud Document
How this pressure wave is produced and propagates can be found here: Wolfram Cloud Document
Hypothesis: Over time gravitational waves excite the gravitational potential producing a longitudinal pressure wave that travels at the speed of light propagating over oscillating electric and magnetic fields.
I haven’t published this in a formal academic journal yet, because claiming you found the solution to gravity is more of a pre-garbage bin than a prepress review.
I would love to discuss the hypothesis further with people in the field, and get a better heading on problems and concerns, or confirmations whatever the case may be. Either way, I look forward to discussing it with you and furthering our understanding. Thanks!