Particle stability?

If a particle and gravity is caused by a part of space set in spin or wobbling, then the construct of a stable particle is interesting indeed.
Given the right circumstances, any particle would be unstable. And it makes a lot of sense then, that a disturbance as small as an anti neutrino is enough to cause an unstable particle to decay.
Mapping small particles with different em wavelengths in pulses with multiple waves at a time – could be another way forward towards understanding the basics of building particles.

bringing back the medium, possibilities part 1

..Continued:

If the vacuum currents cause strong enough whirls that does not dissipate the whirls could end up as particles which mostly dissipate and may give off em-waves, but not always.

The spin of these subatomic ‘particles’ cause the surrounding vacuum currents to change aka ‘space to curve’ causing gravity.

Articulating the experiments from my imagination is proving challenging, I will edit as I see fit..

the sea of the skies

..Continued:

- “Currents in subspace” form everything:

In the sea you have currents that flow in various directions and it sometimes happens that a “freak wave” is formed, a wave that appear seemingly out of nowhere on an otherwise silent sea as seen from the surface.

My most successful analogy in explaining how I view the universe involves imagining the universe as a big sea.

Imagine a completely empty space with its currents underneath, by empty I mean that there is no light or particles.  Then “suddenly out of nowhere”, a few tiny particles appear.  Imagine this happening all over the universe too, sometimes a particle stay and often they fall back into nothing..

There are many things purposely left out from this little big picture like gravity and charge vs. spin, why they stay, why they don’t..