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Einstein's Ignorance of Dark Energy

Dr. Henryk Frystacki and his transnational science team provided substantial scientific descriptions of the possible origin and the nature of Dark Energy and Dark Matter that Albert Einstein ignored in his general theory of relativity because of not considering processes below event horizons of length and time. The nature of a Higgs mass background field got transparent, showing that baryonic masses are obviously nothing else than detached energy components in wrong space-time quadrants, sort of banished, trying to make their way home via mass defects and black holes.

ID: 1022908
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(businesspress24) - Dr. Henryk Frystacki and his transnational science team provided substantial scientific descriptions of the possible origin and the nature of Dark Energy and Dark Matter that Albert Einstein ignored in his general theory of relativity because of not considering processes below event horizons of length and time. .

Cosmology assumes dark energy to explain the expansion of space with increasing speed, and dark matter to understand the stability of galaxies. The current standard model of cosmology, the Lambda-CDM model, includes the cosmological constant “Lambda” in Einstein’s formulas of general relativity to consider expansion of space. Observations of distance-red-shift relations of supernovae gave new significance to this constant. The discussion of diversified space-time energy describes three space-time quadrants below the event horizon of length and time that complete the present picture of space-time. One quadrant of these energy reservoirs appears with static energy, the second one with reversed energy, and the third with dynamic energy. All four quadrants expand space with a roll-out across the entire set-up. The reversed energy field tank below the event horizon of length and time causes additionally gravity in the length-time-grid of space-time, holding the galaxies together. This roll-out process adjusts the cosmological constant and could be a natural way to derive the cosmological constant used in cosmology from quantum physics. Measurements have shown that it is in the order of about 10^-120 reduced Planck units being by factor 10 to the power of -120 smaller than assumed by quantum physics on Planck scale with the completely wrong assumption of scientists that quantum vacuum is equivalent to the cosmological constant. This assumption turned out to be the greatest error ever in physics that has been scientifically postulated and published.

The Planck length is related to Planck energy by the uncertainty principle. At Planck scale the concept of space-time collapses as quantum indeterminacy becomes absolute. The Compton wavelength gets into the range of the Schwarzschild radius of a black hole. The framework of the quantum field theory describes fundamental interactions and forces on quantum levels, but cannot yet integrate gravity in a way that all fundamental forces are unified at this Planck scale. String theories, loop quantum gravity, and non-commutative geometry are attempts to integrate gravity into the quantum field theory. This discussion of diversified energies of an extended space-time model with three quadrants below the event horizons of length and time focuses on energy transformation aspects of space-time across these event horizons.



A diversified energy reservoir below the event horizon for length and time and its interactions can be already studied in a reduced two-dimensional space-time grid of the special theory of relativity using an x-axis for length and y-axis for time. The general theory of relativity introduces mass caused curvatures into this picture that distort this two-dimensional grid into one direction of a third z-dimension. Staying in this grid of finished length and already passed time above event horizons with x and y leads to the well-known formulas of Planck length and Planck time, using the reduced Planck constant, the gravitational constant, and the speed of light.

The extension of this two-dimensional grid of positive units for finished lengths and for passed time with opposing negative values that mark energy density levels below the event horizons of length and time leads to a space-time grid with four space-time quadrants instead of one space-time quadrant with length, time, and vacuum energy density. Staying below a Planck length and a Planck time makes these negative values possible without any inversion of time or turning space inside out because they affect only vacuum energy density, but now within a new picture with three different energy tanks.

Three additional space-time quadrants below event horizons of length and time deliver 72.24% of the energy contributions for the space expansion by interaction with the first space-time quadrant and baryonic masses. The (-x, -y)-space-time quadrant opposes the (+x, +y)-quadrant, generating a 23.16% energy effect of cold dark matter halos by grid distortions. The new model of space-time confirms very precisely the experimentally observed ratio between baryonic mass and dark energy and dark matter of the Wilkinson Microwave Anisotropy Probe (WMAP) 7-year result, published in October 2010, with 4.6% baryonic matter, 72.24% dark energy and 23.16% dark matter, and combines finally quantum mechanics with the general theory of relativity. It reconciles peculiarities of quantum mechanics with Einstein’s space-time descriptions.

Frystacki derives the existence and constancy of the gravitational constant G in a most revolutionary way, shows how simple trigonometry can express precisely the special theory of relativity, and substantiates well-known, expected and not yet discovered peculiarities of quantum mechanics. The model explains why evaluations of light interferences differ, depending on the observation of light as a particle stream, or wave. It shows that there is no mystery about the particle-wave dualism of physics but a logical reason for Janus faces of light and particles with rest mass. The nature of a Higgs mass background field got transparent, showing that baryonic masses are obviously nothing else than detached energy components in wrong space-time quadrants, sort of banished, trying to make their way home via mass defects and black holes.

Interested persons are invited to join the global discussion: All available information of the project will be sent without any charge. Moreover, 10 participating students will be supported by a scholarship at university.



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Dr. Henryk Frystacki obtained his doctorate from the Technical University of Munich. He is a former Executive Vice-President of Siemens AG Germany and President and CEO of Siemens Russia. He is an external boardmember of the Institute for Gravitation and the Cosmos at the US Pennstate University and a member of the Russian Academy of Technical Sciences. Dr. Frystacki supports innovative high-tech projects and fundamental research projects of physics around the globe.

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Dr. Henryk Frystacki
c/o Mozartstrasse 9
82152 Krailling

henryk.frystacki(at)t-online.de
Homepage: http://www.frystacki.de
Tel: +49 8157 924 138
Fax: +49 8157 924 266



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Dr. Henryk Frystacki
c/o Mozartstrasse 9
82152 Krailling

henryk.frystacki(at)t-online.de
Homepage: http://www.escape-of-time.com
Tel: +49 8157 924 138
Fax: +49 8157 924 266



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Date: 04/16/2011 - 17:37
Language: English
News-ID 1022908
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