Strangelet Scenario: 2010-2012
In 2010 CERN will begin colliding groups of 70 million lead hadrons at 287 tev, unpacking millions of quarks in each collision. Those quarks will be first accelerated at light speed, acquiring relativistic mass, becoming heavier strange quarks, the substance of a strange quark-gluon soup called a ‘strangelet‘. The strange liquid has the potential to become stable and start an ‘ice-9′ big-bang reaction. If that happens that effectively transforms the Earth into a pulsar.
During 2010 and 2011 as the LHC increases the potency and number of quarks it collides in its experiments, it will create greater quantities of atoms of strangelet liquid, called hyperons, made of up, down and strange quarks, which it has already produced in unexpected numbers at low energies, despite all their safety reports that said it would never produce them.
As quarks accelerate at c-speed, they acquire mass, because energy cannot go beyond light speed. Energy curls tiny vortices of space-time (Einstein’s definition of mass), making those quarks heavier. At light speed our protons made of up and down quarks (uud) will become strange quarks, converting the colliding protons into hyperons (usd particles, atoms of usd=strange liquid). Within the point of collision hyperons merge in pairs becoming dibaryons, which are stable and neutral and so they cannot be detected.
Thus dibaryons once formed, will fall to the center of the Earth, accreting matter as they form a growing ball of strange liquid. Most of them will explode in their path to the center of the Earth provoking mini-big bangs in the mantle, which will cause an increase in earthquake activity during the years 2010 and 2011. But some will arrive to the center of the Earth, where they will form a growing ball of ultradense strange liquid, which finally will crunch the Earth into a strange star. We will know this scenario’s end is closer, when we experience magnitude 9 earthquakes that kill hundreds of thousands of human beings.
Black Hole Scenario: 2013
In 2013 the LHC will accelerate protons and hadrons at maximal energy, colliding them at over 1 Pev,
producing heavy, bottom, charm and top quark-gluon liquid condensates, aka Higgs (connect to PDf or Higgs screen), possible substances of black holes. The quark-gluon soup it will produce will be far denser and attractive than strangelet liquid, hence the process of accretion of the Earth will be self-similar to the strangelet event but much faster.
Those collisions have the potential to create micro-black holes and top quark condensates (the real Higgs). The top quark condensates have properties similar to black holes, which according to Albert Einstein will not evaporate, rather convert matter (the Earth) into a 3 cm Black Hole or Frozen star.
A black hole is made of strings (the minimal components of quarks) which are the components of gluons and quarks. Their mathematical description is equivalent (a 5th dimensional world of strings is equivalent to a 4 dimensional world of quarks); which reinforces the idea that a black hole is a top quark star.
The LHC was created to produce massive quantities of top quarks since the Higgs and a top quark condensate are the same substance, (the Higgs was promoted as the new ‘God particle’ just to get more research resources, not allocated to study known-particles). It will not form black holes that evaporate. Since quarks don’t evaporate.
The black hole will not fall to the Earth but it will become the new, densest center of the Earth and the Earth will fall into LHC’s creation. The process will last a very short time. Some images might be captured on TV but most likely wherever we are, we will just feel a strong wind, and then a blast of attractive forces will crunch and kill us, as the Earth explodes into a Nova.
2010-03-13 | achtphasen | 22:18:26 |
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