A SINGULAR BIG BANG FOLLOWED BY A SINGULAR BIG BOUNCE.
NOTHING LASTS FOREVER WITHIN THE UNIVERSE OR ITS BOUNCE.
Everything in the Universe is energy. Time is indirectly related to energy. The direction of time (from past to future) can be determined by the flow of energy in the Universe. Energy is always conserved; it cannot be created or destroyed. Energy can be converted from one form into another.
Space-time tells matter how to move; matter tells space-time how to curve. The amount of energy/matter in the Universe is constant and derives from the big bang, followed immediately by the big bounce. (shown above). Neither one has a direction home.
The prime mover is energy operating within time. Time-invariance leads to energy conservation. Spatial invariance leads to momentum conservation. But, only mechanical energy is conserved. The big bang consisted entirely of energy. The matter came into being as rapid cooling occurred.
Only small amounts of gas surround young blue spiral galaxies. Old red elliptical galaxies live in a large cloud of gas. The dark matter ratio between ordinary and dark matter in different galaxies can vary. The gravity of dark matter causes the bending of starlight, stars that move faster than expected, and even affects the motion of entire galaxies. They are bending starlight, stars that move more quickly than expected, and even effects the movement of whole galaxies. Positive masses attract each other, but gravity could suddenly become a repulsive force with a negative mass. Quantum theory allows for negative energy. Energy densities can be negative when two multi-particle states have the same number of electrons and positrons or when one state has one more electron-positron pair than the other.
Nearly all the stars visible in the night sky from Earth are part of our Milky Way galaxy: a spinning disc of 400 billion solar systems some 100,000 ly (light years) across, inside which our solar system is embedded.
Dark matter is an invisible substance (27 percent) and a force that repels gravity, known as dark energy (68 percent). Dark matter adds to the total gravitation of its galaxy. Dark matter holds the galaxy together, while dark energy keeps the stars rotating at their proper speed. Dark matter isn’t made up of ordinary atoms that can be seen. Whether physically real or not, negative masses already have a theoretical role in many areas.
THE FOUR LEADING CANDIDATES FOR DARK MATTER PARTICLES ARE WIMPZILLAS, WIMPS, AXIONS, OR MACHOS. Take your pick.
Dark energy is a repulsive force that makes the Universe expand at an accelerating rate. Dark energy accelerates the expansion of the Universe with an anti-gravitation force. Dark energy is a property of space. Five billion years ago, dark energy started to dominate gravity. The Universe’s expansion is speeding up due to more space with its dark energy and repulsive force. Eventually, a runaway universe will take place. Everything in the Universe becomes frozen and broken. All life is gone from the Universe. Complete darkness sets in—the end.
When the Event Originator needs to grow a new crop of known thought reposers, the next Universe will be put in place again.
