QuarkGluonPlasmatic-states of matter, as they are believed to have been existent only about 1/1000th part of a second after the (so called) initial Big-Bang, should have been subsisting only before the inflation of space-time ‘took place’ and the annihilation of most parts of matter proceeded, if physical-mainstream theories on the origin of our spacetime (and it’s matter) are correctly describing nature.
The origin of cosmic rays is still unclear!
As 99.9% of all cosmic-rays have energies ‘only’ in the BeV-range, which corresponds to the rest-mass of ‘our’ ‘ordinary’ baryonic-matter, it is reasonable to consider the possibility, that a today unknown ‘agent’ exists (or existed) in ‘outer’ space-time (in the period of annihilation), which has the capacity to transform normal baryonic-matter in radiation.
Such an ‘agent’ could indeed become recreated by TeV-scaled collider-experiments here on Earth and thus could become dispersed in our solarsystem, where such an agent obviously didn’t exist since 4.5 billions of years.
About 1/1000 of this unknown ‘agent’ would probably stay in Earth, and thus could transform Earth’ matter in radiation.
Aside of this ‘Cosmic-Ray-Scenario’ two main ‘groups of risks’ are remaining:
- A first ‘group of risks’ is independent of any extradimensional effects to eventually become true:
negatively charged StrangeQuark-HyperNuclei and Vacuum-Bubble-Instabilities, Magnetic-Monopoles and SUSY-particles which all bear the non-quantified (non-quatifiable) risk of tranforming Earth’s matter or space-time itself.- And a second ‘group of risks’, which depends on the supposed existence of ‘large’ extradimension
(where large means someting about maximum a tenth of a milimeter)
which are thought to be curled into the matter-constituant particles of nuclei: the Quarks.
!!! All risk-scenarios depending on the latter group, have been calculated and thought about only after the planning and decision- and financing-processes to build the L.H.C.!!!
Microscopic-black-holes, wormholes and further my personal worry of ekpyriotic (big-bang-like) explosions share this common aspect:
they are depending on the eventuality, that the infinities of one universe could be compactified/curled/warped in the smallest ‘particles’ of other universes and vice-versa.
As non curled dimensions are to be understood as infinite in length and/or duration in the respective ‘parallel-universes’, but are supposed to be curled/warped/compactified into the smallest parts of our normal baryonic-matter in ‘our’ universe …
and, reciprocally the same:
‘Our’ infinit dimensions would be curled in smallest parts of parallel-universe’s ‘matter’[*], we have to conclude, that small and big is only a question of perspective.
*All* risk-negations, the experimentator CERN and it’s experiment-proponents have stated, are based on the ‘’fact‘’, that ‘’particles‘’, which could initiate cataclytic catastrophic transformations of Earth’s matter, would, if remaining stable, be neutrino-sized small and thus should be considered as harmless.
I hope, this argumentation will be proven true! But i fear, that into the smallest parts of our normal baryonic matter there could be concentrated the whole of parallel universes energy.
Exactly here is my personal main worry, which i had in my heart, before i ever heard of the eventual possibility of micro-black-hole creationing in TeV-ranged colliders:
“What seems to be the uttermost ‘’smallest'’, could indeed be enormously ‘’big'’”.
The difference between ‘big’ and ’small’ could indeed be only a result of the ‘chosen’ perspective:
- - either ‘looking’ ‘down’ towards matter (which would be constituted by ‘warped/curled’ infinities of other universes)
- - or ‘looking’ ‘up’ to the infinities of our spacetime-dimensions (which then respectivly would be ‘warped/curled’ into parallel-universes matter),
and therefore the smallest parts of our matter could be connected with the enormous energies of entire parallel-universes.
Thus catstrophical effects on our shared ‘mezzo-cosmical’ ‘reality‘ could indeed liberate energies of big-bang-like explosions without any infringement of the second law of thermo-dynamics, as the energies of whole universes could accidentally become released, as soon as two curled extradimensions would collide super-precisly ‘head-on’ at the L.H.C..
One of experimentators favourite answers on the layman-question, why collision-experiments at L.H.C. are needed is: to solve the conundrum of the origin of mass itself.
The matter of our reality consists mainly of emptyness, charges and fields and - concentrated in the nuclei - the unsolved question what gives matter mass.
If mass isn’t existing otherwise but as ‘our’ reception of ‘curled’ extradimensions of parallel-universes, then it is likely, that there could be a treshold, from where on matter transforming chain-reactions would become initiated, or (mini-)big-bang-like explosions could happen.
[*]
(Those parallel-universe’s ‘matter’ doesn’t need to have any ressemblance with our matter.)
2010-06-28 | achtphasen | 11:30:40 | 
| 3 comments
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2010-06-28 | 18:20 Permalink
2010-06-28 | 18:24 
Verfasst am: 29.06.2010, 10:18
Hallo zusammen,
für den stillen Mitleser, falls er hier liest:
Zitat:
Materiezusände wie das QuarkGluonPlasma gab es natürlicherweise nur eine Tausendstel Sekunde nach dem sobenannten Urknall.
Also VOR der 'Inflation' der Raumzeit und VOR der Annihilationsphase
Die Inflation fand rund 10^(-36) bis 10^(-32) Sekunden nach dem Urknall statt. Eine tausendstel Sekunde sind 10^(-3) Sekunden.
Die Zeiten, zu denen sich die Inflation ereignete, lassen sich verständlicher mit Planck-Zeiten (5*10^(-44) Sekunden) als mit solchen riesigen Exponenten beschreiben.
Freundliche Grüsse, RalfThis post has 1 feedback awaiting moderation...
