Hawking Radiation and the Black Hole Information Loss Paradox

Unless you have been hiding under a Black Hole, you have likely heard of Stephen Hawking. He was a decidedly smart guy, by all accounts. He penned many physics factoids that are still bending brains well beyond his lifetime.

One of those things is Hawking Radiation. Hawking postulated that Black Holes swirl around really fast and emit tiny bits of stuff, and, if left unattended too long, they eventually evaporate.

Somehow, in that process, Information is lost, or words to that effect.

Apparently it is an Information Loss Paradox.

Really?

For me, the Paradox to ponder is why smart people actually believe that stuff.

Hats off to Stephen Hawking for pushing the Physics Puck down the ice, but the PUCK STOPS HERE:

Black Holes are actually not black at all, instead they are amongst the brightest objects in the observable universe.

The reason they are not black, is that while sucking huge amounts of relatively heavy stuff in, they simultaneously spew bits of lighter stuff out. That stuff in a combination of Higgs Chains and stray bits of raw Dimension.

The Higgs Chains, like most all Higgs Chains, are not visible in the wavelengths we are capable of detecting. They simply pass through us unobserved, like almost everything else.

The Observable Universe is a misnomer. We see almost none of it, which is why we have to invent legends like Dark Matter and Dark Energy.

Honestly, we can “see” almost NONE of it. If we COULD see all of it, there would not be things like night and day. There would only be days. Daylight Savings Time would be an infinite construct. Ugh.

Black Holes are decidedly cool though. They are predictable artifacts of Binary Field Theory, in the same way that Periodic Table Elements are predictable. Like Periodic Table Elements and Black Holes, other quantized constructs are predictable and unavoidable because they are part of the same fractal structure which self-repeats as it scales.

So what happens to Black Holes? That’s like asking what happens to a whirlpool in a babbling brook. The answer is, that Black Holes and Babbling Brook Whirlpools are scaled fractals of each other. They can exist, only in a particular Dimensional Density.

When the Dimensional Density varies, the observed object appears or disappears.

Fractals, nested inside fractals, nested inside fractals.

As long as there is flowing water, there will be whirlpools.

As long as there is Dimension, there will be Black Holes.

It’s all the same.

Easy swim eh?

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