Returning to Goloka
The Earth is on course for an Extinction Level Event (ELE) that will cause massive global destruction and loss of life for more than 90% of the world’s population. The scientific and circumstantial evidence is overwhelming that such an event is on the horizon, and we would be wrong to ignore it when there is a viable solution for comfortable survival and prosperity. This book is for those who are destined to reach the other side of this disaster and be among the first generation of a world that will literally be the start of a new age for Mankind.
The Earth is on course for an Extinction Level Event (ELE) that will
cause massive global destruction and loss of life for more than 90% of the
world’s population. The scientific and circumstantial evidence is
overwhelming that such an event is on the horizon, and we would be wrong
to ignore it when there is a viable solution for comfortable survival and
prosperity. This book is for those who are destined to reach the other side of
this disaster and be among the first generation of a world that will literally be
the start of a new age for Mankind.
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due <strong>to</strong> the interacting gravitational fields of the planets. When a large body,<br />
such as Nibiru and its companion dwarf star Nemesis, comes through our<br />
solar system, it perturbs the orbits of all the planets and in turn the<br />
gravitational fields of the planets perturb its orbit. Basically, the orbit of<br />
Nibiru and Nemesis changes as it comes through our solar system. So at best<br />
we can calculate probabilities of where they will be at what time. The start of<br />
the flyby events has already started, with increased volcanic and earthquake<br />
activity since 2013 and more X-class solar flares as well. The more serious<br />
events are yet <strong>to</strong> come and will commence approximately 3 months after<br />
Nibiru is clearly visible in the<br />
sky, next <strong>to</strong> the Sun, every day<br />
by anyone on the planet. Due <strong>to</strong><br />
the Kozai mechanism, we<br />
cannot know with certainty<br />
when <strong>to</strong> expect the full visibility<br />
of Nibiru.<br />
momentum. This conserved quantity can be expressed in terms of the satellite's<br />
eccentricity e and inclination i relative <strong>to</strong> the plane of the outer binary:<br />
Conservation of Lz means that orbital eccentricity can be "traded for" inclination. Thus,<br />
near-circular, highly inclined orbits can become very eccentric. Since increasing<br />
eccentricity while keeping the semimajor axis constant reduces the distance between<br />
the objects at periapsis, this mechanism can cause comets (perturbed by Jupiter) <strong>to</strong><br />
become sungrazing.<br />
Kozai oscillations will be present if Lz is lower than a certain value. At the critical<br />
value of Lz, a "fixed-point" orbit appears, with constant inclination given by<br />
For values of Lz less than this critical value, there is a one-parameter family of orbital<br />
solutions having the same Lz but different amounts of variation in e or i. Remarkably, the<br />
degree of possible variation in i is independent of the masses involved, which only set<br />
the timescale of the oscillations.<br />
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