![]() ![]() ie - Moment of completion as from dot to BLOT as the ancients referred to it. Eventualy all space time will fill up due this rippling motion and so will the empty VOID. ![]() A gravitational pulsating black hole exist in the centre expanding and contracting over time so the solar system is in affect always remains in balance but appears to move becouse of the ripples (expanding/contracting) this "differential" equation has the measure of (Pi). Using base 10 math is (9 planets and 1 sun) the overall time frame cycle is 86 (+-1) =87. other cultures having different names) but in overall time they are all in the same time frame, but in space ripple or viberation cycle time each is different. The first being Mercury or Hermes, (greek or roman) the fast one. The ancient gave names to all these images as being GODS. Each planet has its own pulsating ripple cycle "image" measure and the earth has the longest becouse its expanding and contracting both ways held in balance. 31 to note that the sun stays in its orbit around the Milky Way not just because of the black hole at the center of the Milky Way but also due to the gravity exerted collectively by the material in the Milky Way.ĭerk1946 said:The solar system is actualy vibrating creating TIME and space time cycle ripples, one needs to have in depth knowledge of geometry to understand just how this all works. "You can watch stars move around the galaxy and deduce from the speed and direction of other stars."Įditor's Note : This story was updated on Aug. ![]() "It's mostly about watching stars move around the galaxy," he said. Hawkins says that it's actually pretty basic science that became clear in the early days of modern astronomy. While the physics of planetary orbits are similar to the mechanisms that shape the orbit of our solar system around the Milky Way, it's worth asking how astronomers have figured out the span of a galactic year. And the distant dwarf planet Pluto takes 248 Earth years to finish one orbital cycle. Uranus, the seventh planet from the sun, orbits the sun every 84 years, by Earth standards. ![]() For instance, Mercury, the innermost planet in our solar system, makes a complete orbit around the sun in about 88 Earth days. Similar rules control variability in the length of a year between planets. Out in the "suburbs," where our solar system lies, "the galactic years are a little longer," he said. For stars that orbit close to the black hole - the center of the "city" - a galactic year is relatively short. "If you imagine the galaxy as a city, the Earth is somewhere near the suburbs," Hawkins explained. The galaxy is about 100,000 light-years across, and the Earth is about 28,000 light-years from its center. Other stars in the galaxy, their galactic year is different," Hawkins said. "We would say that a galactic year is 220, 230 million years. What we Earthlings call a galactic year is specific to Earth's place in the Milky Way's spiral. Our place in the galaxyĬompared with an Earth year, a galactic year represents time on a grand scale - but it's not a consistent measurement across the galaxy. "The sun is moving with enough speed - about 230 kilometers a second, about the equivalent of 500,000 miles per hour - that it continues to revolve around the center of the galaxy in sort of a circle" instead of getting pulled toward the black hole, he said. It exerts a tremendous amount of gravity on objects near the center of the galaxy, but it's the gravity exerted collectively by the material in the Milky Way itself that keeps the sun in its orbit. But rather than orbiting a star, the sun circles the supermassive black hole that lies at the center of the Milky Way, Hawkins said. The solar system's journey around the galaxy resembles Earth's orbit around the sun. ![]()
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