Contents
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Preface
(3)
1.
Introduction (5)
2.
Actual
problems of cosmology and elementary particles physics (6)
2.1 Weaknesses of the big bang theory (6)
Problem of the horizon (7)
Problem of the galaxy formation (7)
Problem of planarity (7)
Problem of the world age (7)
2.2 The inflationary model (8)
2.3 The mystery of the cosmological constant (9)
2.4 Unification of natural forces (9)
3.
Design
of a new cosmological model (10)
3.1 The world from view of the Newton time (10)
- The universe expands at the speed of light (12)
- Model cosmos in “now time scale” (13)
- Linkage of time and light speed (13)
- Matter and gravitation constant (14)
-
Dependencies of important cosmic values on now time scale (15)
3.2 Time and inertial systems (17)
3.3 The time of the General Theory of Relativity (19)
4.
The
Cosmic Time Hypothesis (CTH) and its consequences (20)
4.1 Solving the problems of the big bang theory (22)
4.2 Vacuum energy and cosmological constant (24)
Vacuum energy as modern space ether (24)
The cosmological constant as value for the vacuum energy density (24)
4.3 Unification of the gravitation force with the strong nuclear force
(27)
4.4 The “Large Numbers Hypothesis” of Paul Dirac (29)
4.5 Expanding local structures (30)
4.6 The theory of the earth expansion (31)
5.
World
models in comparison
(34)
6.
Support
of the CTH by observations
(35)
6.1 The plane universe (35)
6.2 Continuous creation of matter (36)
6.3 Star buildup rate (38)
6.4 Discrepancy between distance and red shift of Ia-supernovae
in
far galaxies (38)
6.5 Discrepancy between the increase of the day length and the distance
increase earth- moon (39)
Distance increase earth - moon (40)
7.
Summary
(42)
Annex
I (44)
Annex
II (45)
Annex
III (46)
Annex
IV (47)
8
Literature index (49)
Figures
index (50)
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