Dark Matter Search Takes a Surprising Turn | NOVA | PBS

I mean everything is well explained and so on … but why does she sound like that's all a big comedy show or a big joke? A bit less of this artifical giggling please.

MS steals from Nassim Haramien after years of hate unreal gnz

Mini black holes DO exist. My ex has one in his soul

To Elba , Dark matter is NOT MPBH's Mini Priordial Black Holes , it is in fact is a new gauge group ie SU-4 and is made out of 48 types of possibilities of Dark quarks ie Duarks 2 main types with only 2 generations and not 3 generations as with Quarks , with their own commensurate set of Dark Gluons ie 8x Dluons and with no whatsoever Lepton group associations , hense why they are 1 trillion x denser than normal atomic chemical matter . MPBH Primordial Black Holes is a bullshit (Toro-Sheiser) theory , developed by people whom are clutching desperately at straws to explain what they can't explain though what demands answers to .SU-4 is 30% extra to current known fermionic matter , and is about 80% of all matter in the universe . So the current standard model needs badly updating as it is still rather primitive in its current form , especially so as it does NOTYET include ALL the Fundamental Universal Particles , ie 144 Fermions not 96 , and 21 Bosons NOT 13 .Tuesday 20 july 2026 10.00am .

I'll show you my PBH if you show me yours

Could the Tunguska meteorite be PBH?

Mini black holes? Scraping the bottom of the ideas barrel. Try plasma cosmology.

If a PBH hit Earth it would throw us into a parallel timeline where all upper-levels of society, business, gov, etc… are homicidal PDF’s

Science is not sure about PBHs but sure that Elba is a goddess

Matter is just the tip of the iceberg or island where the fields have enough energy to breach the surface and dark matter is the mountain of unseen mass and energy it sits upon.

This is fascinating, Elba, and so well explained!!!

There was some podcast I was listening to about PBHs and a theory that ties it to seismology

Funny; That's exactly what I've said! Between the massive black hole in the center of the universe and the unknown amount in each Galaxy being the glue that holds it all together. The furthering distance between each Galaxy is Chaos setting in

no, I don't accept this hypothesis. they would fizzle as fast as they were created.

What are the odds that Earth interacts with a mini-black-hole? Could these be the Great Filter?

I've sorta guessed at this idea for a long time. Dark matter is very unsatisfactory – when scientists claimed most of the mass of the universe was stuff we hadn't ever detected or measured it sounds like curve fitting with a fudge factor you pulled out of your butt. The handy thing about small black holes is they wouldn't be readily directly observable and wouldn't occlude things behind them. The mass of black holes can span 20 orders of magnitude so why couldn't there be a bunch of little ones slowly decaying?

Would a mini black hole devour part of earth? 😳

The science was dazing and the presenter was amazing

Effects of a PBH hitting the Earth depends on the size and Earth-relative speed of the PBH. Primordial black holes can have a mass ranging from a plank mass, to much greater than a solar mass.

A PBH with solar mass or more, would be disruptive to the entire solar system as it passed through our solar system. Even worse if it passed near Earth, since it could eject Earth from our former solar system. If it hit Earth, the gravitational forces as it passed through the Earth would be highly destructive. If a 1 solar mass black hole at very high speed passed through the center of the Earth, the surface of the Earth farthest from the black hole path, would experience a gravity field of more than 300000g. This would reduce all animal and plant life to a thin organic smear, leaving tardigrades to rule the remains of the Earth. The rapidly changing direction of the gravity field would add to its destructive effect. Then include the effect of a 6km diameter event horizon blasting through the Earth with intense relativistic effects to an even larger diameter.

On a smaller scale, an asteroid mass black hole would pass through the Earth without much effect. The strong spaghettifying gravity field would only be very close to the black hole. If the black hole had a mass of 10^10 kg, the gravitational pull of the black hole would drop to 1g (Earth surface gravity) at a distance of 0.8m from the black hole.

A small asteroid-mass black hole's gravity field will disrupt the Earth's matter only within a small fraction of a meter along its path, as it passes through the Earth. The small size of the black hole will make it very difficult to accrete any matter from the Earth. Einstein once speculated that it may be statistically impossible for black holes to absorb matter, because of the many difficulties of getting matter to enter a black hole.

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