The edge of galaxie or solar systiem

I think this causes the e/m bubbles at the edge of our solar system and exists around all large gravitaional systems:

As light curves around a large body of gravitation, a small percentage of that light should wind up scattered as a field, or "photon cloud". This field should extend from the straight line of an observers position, to the edge of the curve. The lite light density, scattered over a large distances, probably form huge e/magnetic "Bubbles" on the edge of large mass objects like solar systems and galaxies. I guess the scattered photons would meet their curved partner photons at the same time and place, on the otherside, thus defining the very edge of the time frame distortion.

I wonder if these "Bubbles" are strong enough to influence e/m activity occuring on the sun?