Text and images transcript of the video Black Holes, Part 10, Star Explosions by Rolf Witzsche 

Black Holes, Part 10, Star Explosions

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What about star explosions then? Are they real?

Supernova events, of course, are real.

Although supernova events happen, they are quite rare. Nevertheless, they cannot be the result of stars exploding.

The gas-sun theory imagines stars running out of fuel, which causes them to collapse and and in some cases explode in a supernova cosmic fireworks. The largest ever-recorded supernova shone with a luminosity of 500 billion stars. Still, these super-giant events are evidently not star explosions.

Stars are spheres of plasma. Consequently they cannot explode. There is no energy contained within a sphere of plasma that would cause an explosion to happen.

However, it is possible that a wayward planet becomes caught up into plasma stream that feeds into a sun.

If this was to happen, when the speeding planet rams into the high-density plasma region of the confinement dome of the star's primer fields, and perhaps even rams into the star itself, the plasma interaction would rip the intruding planet's atomic structures apart and release the invested binding energy.

 The intruder's atoms would simply fission. The entire planet would vaporize into giant cloud of gas and dust with a portion of its atoms fissioning in a atomic explosion that makes the concept of gigantic seem small. The resulting atomic explosion would light up the region of the explosion with the brilliance of a billion suns.

In a nuclear bomb explosion only a few grams of the fissionable atomic material is actually consumed, with the amounts measured in grams. When an entire planet fissions, and fissions almost completely, the result is correspondingly 'larger.'

A supernova event is an atomic explosion, with the bomb being the size of a planet. A supernova is no more exotic than that.

In most cases the planetary nuclear explosion blows the associated star apart that has triggered the explosion.

By themselves, stars cannot explode. If a giant star would die, for which no evidence exists, it would die by electron depletion. Its plasma would then simply disperse. The star would in effect van sh as if it had never existed. Only structures that consist of atomic materials can explode.

We may have seen an extremely-tiny equivalent event in the form of a captured asteroid exploding over the north pole of our Sun on the 21st of July in 2014. Something had exploded there in the plasma corona, almost touching the Sun.

The bottom line is, that while the giant supernova events have always occurred and will continue to occur, our perception of them has evolved, of the principles that cause then, and it continues to evolve. We are able to see the the supernova events with a different perspective now.

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Published by Cygni Communications Ltd. North Vancouver, BC, Canada - (C) in public domain - producer Rolf A. F. Witzsche