In the last few days National Geographic published stunning photos with never seen before accuracy from the sun and a sun spot.

It made me wonder:How can we recognize a spot that is pitch black - while the sun is so bright, that we can't look into her with our nacked eye? Sure I'm not the first asking this question but another phenomenon made me think: Some of the solar flairs close to the sun's surface are also black. But black is just a frequency in the spectrum of the visible light and if something sparks across the surface of an object as bright as the sun - there is no "black".

A quick background note:
When I was at university, part of my work was on plasma physics. We tried to fuse Deuterium with Tritium - it never worked though. But I remember the effects of a black hole and why it is black - not the color black but black because no visible light is emitted or reflected - like the sun spot.

So are these sun spots actually black holes - or more accurately visible nuclear fusions so intense that they actually absorb anything including light?

I actually begin to think so.

If we watch some of the massive solar flairs and listen to explanations we hear about enormouse explosions that fire the flairs up into the ether. But if we watch very closely to one of those most recent clips we recognize something different:

It looks like the surface is lifting a bit like a bubble and than an enormouse pull accelerates that surface matter into what looks like an explosion but is actually more like a magnetic suction of matter towards a few spots - the sun spots. Black hole is probably no longer just a hole but actually an area of extraordinary high energy concentration and mass.