Cognition based on Quantum Gravity
The Interface of Physics towards Philosophy
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Philosophy would not be worth a penny if it would be contradicting natural sciences, and the same holds true for the sciences if they would be in conflict with nature. For consistency, hence, the author, here, is outlining the last frontiers fundamental physics, actually, is disposing of.
This interface of physics towards philosophy is based on cognition gained by Quantum Gravity, the consistent unification of Einstein's General Relativity with Planck's quanta and Gell-Mann's quark model. The quantisation of Einstein's curvilinear space-time is giving rise to a completely novel level of "hidden" structure far below the level of quarks and leptons, which, in accordance with Bell's no-go theorems, is leading to the statement that our world in its interior should be "absolutely" deterministic: The postulate of a free will to exist is strictly contradicting the rules of nature - provided there are any.
All those great puzzles we are confronted with by recent research - from dark matter, dark energy, cosmic inflation, the composition of the cosmological constant, etc. until down to the quark confinement and to the value of the fine-structure constant - are solved; the interior of a black hole is calculated. Nature is going to release its ultimate secrets.
The layman going to delve into the depths of present-day cognition is well-advised to admit some leisure-time while absorbing all those exciting facts nature is offering to the interested reader. [more]
Keywords: Quantum Gravity, deterministic, measuring process, Copenhagen interpretation, hidden variables, emergence, dimensions, arrow of time, New Physics, World Formula, event horizon, black hole, before the Big Bang, cosmic hyperboloid, cosmic inflation, Dark Energy, Dark Matter, cosmological constant, conservation rules, finiteness, oscillator force, reaction channel, dynamic channel, non-valence, vacuum, unification of all forces, lepto-nucleus, neutrino oscillation, ToE, GUT, flavour, Grand Unification, fine-structure constant, quark confinement, Pauli principle [more]