Bremen 2017 – scientific programme

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GR: Fachverband Gravitation und Relativitätstheorie

GR 17: Kosmologie

GR 17.3: Talk

Friday, March 17, 2017, 11:30–11:45, SFG 0140

Identification and state of the universe. — •Norbert Sadler — Wasserburger Str. 25a ; 85540 Haar

The identification and the physical state of the universe is made over the four essential order parameters of the universe. The four essential order parameters relate to:

The Reynold number (Re), the Hubble paramerter (Ho), the entropy (S(Univ.) and the algebra of the Exzeptional E8-Group (E8). From these four parameters the physical state of the universe can be derived and determined. The four essential parameter build a fortex-basic form of a cosmolical T.O.E. The determination of the state is made over the technically measureable and reproducable Reynold number.

The cosmolical state of the universe:

Re(Univ.)=(Ho x Ho)x(E8 x E8)/(S(Univ.) x (S(Univ.))=861.

With: Ho=69.4 km/Mpcs; E8=8.61x10**17; S(Univ.)=0.066. The technical analogon to the Reynold number would be a moscito with a relativ speed of 1 meter per second.

Further information: www.cosmology-harmonices-mundi.com