Professor Dimes at the VOSINO Center for Resonance Research on Vancouver Island explains:
" This is a beautiful example of an early stage of star formation. At the centre of the bubble is the electromagnetic oscillator, powered by a large but low energy density Birkland current. (Not visible in the image)
This bubble is a resonant cavity that is accumulating the charge neccessary to produce the 'bits' that make up hydrogen, which are the electon and the proton, or hydrogen ion, which are fermions.
To keep it simple, we won't go into the Pauli exclusion principle, or talk about spin, or photon pair production.
When the pressure from the quantity of 'bits' in the shell is high enough, they will migrate through the shell. Think of the shell as a big balloon, it has a low surface tension, and the bits can squeeze through pores to the surface.
Once the bits are on the outside of the shell, they 'cool down', and at a certain point they pair up, crating an atom of hydrogen. You can see the hydrogen drifting off into space. As the star progresses, it will have more shells inside it, of higher energies, which will produce all the elements we observe in other stars"
When asked about the idea that the bubble was from a planetary nebula, Professor Dimes just rolled his eyes, shook his head, and chuckled.
Oh, sorry fellas, I'm sure I posted that in NIAMI! Hope you may have learned something on your wild goose chase! I was just trying to inject a little humor.(V0S1N0 is my local post code).
