Explore Dr. Paul Dixon's Theory on Fermilab LHC Creation of Supernova

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In summary: Higgs Boson. Which is why it is so important that we don't screw up the vacuum - it's like a safety valve that regulates all of the energy in the universe."In summary, according to this psychologist, the Fermilab collider is likely to create a supernova, which could destroy the world. However, the risks associated with this are very small.
  • #1
Sheephogan
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Gather round thinkers...:)

I would like to know if anyone here is acquainted with Dr. Paul Dixon's theory and speculation on the accidental creation of a supernova by experimentation in particle accelerator's.

This is a very deep subject that first came up in 1998. Dr. Dixon appears to be a tad eccentric but he is by no means a quack. His credentials have been verified and I am at odds wondering why the has been no answer to this from the above accredited Labs.

To follow here is Dr. Dixon's last post quoted and the link of study since 1998 within that thread. The thread at that location is no longer moving because no one seems to have any answers and is exhausted (burned out). The major problem with this from a layman's sense is there has been no release or explanation from the labs explaining their posturing on the subject and its' safety.


http://www.sciforums.com/showthread.php?t=2607

Paul W. Dixon
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178 posts


SUPERNOVA FROM EXPERIMENTATION AT FERMILAB

Many thanks to everyone for prompt actions in this most tragic concern.

The collider at Fermilab has again established a new record for luminosity with 54.17E30 at 978.53 GeV. The penetrance toward de Sitter space is defined as the breaching of a large potential barrier which may be subject to quantum tunnelling as shown in the classic work of Malcolm Perry, Quantum tunnelling towards an exploding Universe? (Reference given several times in the preceeding thread). A potential barrier can be overcome, however, in a classic sense simply as a function of energy. It may, therefore, be expected that as the energies at Fermilab are increased, where they are already at the levels found at the point origin of the Universe, there is an increased probability of breaching the potential barrier towards an exploding Universe, i.e., de Sitter space - thus creating a Type Ia Supernova.

Please contact the media - radio, television, newspapers and talk to them of your concerns in this connection now. This is effective!

All the children will thank you for your actions on their behalf - and may the good God have mercy on our souls!

ALL BEST WISHES

Yours sincerely,

Paul W. Dixon, Ph.D.
Supenova from Experimentation
02-05-04, 11:56 PM

Thanks,

Will Sheephogan
 
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  • #2
The RHIC was going to create strangelets which would create a huge gray condensate where the Earth once was. Several CERN experiments were going to destabilize the vacuum to a lower value or create quantum black holes. The Alamogordo test of the first nuclear bomb was going to ignite the Earth's atmosphere...

These are all great "what if" stories when venturing to the new and unknown in energy levels, but the associated risks can be shown to be comfortably infinitessimal!

** By the way, this Paul W. Dixon is a nutcase. He is a psychologist at U of H Hilo, and is convinced that Fermilab will destroy the world in a "supernova from transition to de Sitter space" (which makes no sense). I also noted this on his CV from his website:

Honors:
...
Nominated for Nobel Prize in Physics, 1986, 1995, 1998
 
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  • #3
Those were my sentiments exactly GRCQ, when I started researching this, I had the exact same mind-set. However the numbers and evidence don't say exactly that. When you get time - tip toe through some of the math in the 544 pages of documentation and counter calculus on this at that thread above. Dr. Dixon's math holds true - his timing is off by a few years. But time is only a function of working program experimentation in this matter. Here is one of many word argument's from the thread.

"Anyway, what he is saying is perfectly plausible. All the Cosmologists
today agree that the Big Bang itself probably erupted from a singular
mathematical point as a "vacuum fluctuation" of empty space, the aether, or whatever you want to call it. (The entire universe just spontaneously expanded from a single mathematical point, out of NOTHING!)

Remember that all of the horrendous energy of the (fission) atomic bomb comes from tearing open of uranium atoms.

What Dixon is talking about is the possibility of inadvertently tearing a hole in the fabric of space-time, itself, the result of which could instantaneously release the amount of energy equivalent to a Supernova, thus vaporizing everything for 50 light years around.

Modern subatomic physics is aware of incredible amounts of concentrated energy the smaller and smaller you get on the sub-atomic level.

For instance, the Higgs Boson is theorized to be horrendously more massive than the proton (the Higgs is one of the fundamental building blocks in the same realm as quarks)

mass of proton - 1,800 electron volts
mass of Higgs boson - 500 Gev to 1 Tev

1 electron volt
Mev million electron volts
Gev billion electron volts
Tev trillion electron volts

and when the particle physicists start swimming around in the mathematics of the virtual soup of the space/vacuum, itself, they start coming up with unimaginable, incredible concentrations of energies in areas as small as a mathematical point. (refer to all of the speculation and discussion about zero-point energy, etc.).

Additionally, I read most of the article he posted to sci.physics.plasma and one of the features that he analizes is that there is one type of Supernova (Ia)that has been observed in the Cosmos that does not fit into any of the current models of particle or astro-physics.

He argues in his article that the characteristics of these anomalous
Supernovas would make sense if one postulates that they were generated
by some distant civilization doing exactly the thing that he is warning about! (I don't know how frequent these "anomalous Supernovas" are. But I think we're, rather, talking about a lot of civilizations blinking out quite frequently, just because they put together the wrong gadget and pushed the wrong button...)

Dixon posted only that one 18 part article, 3/8/98, and only *one* person commented on it (which was the predictable "that's not science" kind of stuff)."
 
  • #4
"These are all great "what if" stories when venturing to the new and unknown in energy levels, but the associated risks can be shown to be comfortably infinitessimal!"

And exactly - in your opinion, how many chambers does this revolver have that are loaded and how many are empty, that you are playing Russian Roulette with? I'm asking this because 1 chance in any is probability for concern, and the theoretical argument against this happening has never satisfied the mathematics.

What are the "chances" that in this universe a cybernetic pseudonymous entity called GRCQ should "exist" to argue against an accountable and identifiable human being with valid concern's? Hmmm?

"Nut-case" appears no where in his CV. BTW "infinitesimal" did you mean? I hope your math is more accurate. :smile:
 
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FAQ: Explore Dr. Paul Dixon's Theory on Fermilab LHC Creation of Supernova

What is Dr. Paul Dixon's theory on Fermilab LHC creation of supernova?

Dr. Paul Dixon's theory proposes that the Large Hadron Collider (LHC) at Fermilab has the potential to create supernovae by colliding protons at incredibly high energies. This would occur through the production of miniature black holes during the collisions, which could then grow and release enormous amounts of energy, resulting in a supernova explosion.

How does this theory relate to the current understanding of supernovae?

This theory challenges the current understanding of supernovae, which is that they are formed by the collapse of massive stars. Dr. Dixon's theory suggests that supernovae can also be created through artificial means, such as through the collisions at the LHC.

What evidence supports Dr. Paul Dixon's theory?

Currently, there is no concrete evidence that supports Dr. Dixon's theory. However, some scientists have argued that the LHC's collisions could potentially create microscopic black holes, and if these black holes grow and release energy, it could contribute to a supernova-like explosion.

What are the potential risks associated with this theory?

One of the main concerns with this theory is that it could pose a danger to Earth if a supernova explosion were to occur. However, many scientists argue that the chances of this happening are extremely low, and the LHC's safety protocols would prevent any catastrophic events from occurring.

How can this theory be tested and further explored?

To test this theory, scientists would need to continue studying the LHC's collisions and collecting data to see if any evidence of miniature black holes or supernova-like explosions can be observed. Further exploration could also involve conducting simulations and experiments to better understand the potential effects of LHC collisions on supernova creation.

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