The Big Bang theory has been a topic of intense scientific research and debate for many years. While the theory was able to explain the universe's expansion, it could not answer what caused the initial "bang." Enter the concept of Branes, which are like energy strings that have been stretched and flattened into sheets of energy with multiple dimensions connected to their surface. There is no consensus on how many Branes exist, but at least one strong and one weaker Brane have been theorized and found to exist.
The total extra-dimensional universe could be like a package of Brane printer paper, where the sheets almost never touch. However, when they do touch due to an imbalance of the Dark Matter/Energy gravity wave fields, a new universe is born. The energy present on the surface of just one of the Branes is almost incalculable, making mathematical calculations extremely challenging.
Gravity holds the Branes of the multiverse close together, while dark energy keeps them separated. Gravity is connected to the Bulk Zone, which is the space between the Branes indicated by the once-hypothesized "M" theory. At only 1% penetration, the Bulk Zone has ten to the sixteenth power of gravity compared to Earth's gravity field. While it is difficult to comprehend, this realization gave science a direction to probe, search, and measure.
Black budget and cutout operations were going at full speed ahead once it was found that the Bulk Zone existed and there might be a possible way to tap into this dimensional zone. When the breakthrough actually happened, and the first of several successful unmanned probes left and returned with pictures from the star Proxima Centauri, which is 4.3 light-years or 25 trillion miles away, it was determined it was time for a manned mission.
Distance means nothing in the Bulk Zone. The further you penetrate into the Bulk, the closer everything is in time and space. The 25 trillion miles at less than 1% penetration of the Bulk Zone was reduced to about 25 earthly miles. Going from galaxy to galaxy was now a possibility, and the desire for humanity's seed to be spread was strong.
Our unmanned probes had been mapping a very small infinitesimal portion of the Bulk Zone, so we were able to overlay the gravity lines of force in the Bulk with our normal star maps. Once the orientation of entry was established, it was actually easier than many thought possible due to what later became known as "black budget table-top accelerators" (later called TTA) and the gravity vectors established by our mapping probes.
My launch day came on the first of January to celebrate the new year and a new future for us Homo Sapiens.
Dimensional Phasing:
Dimensional Phasing was not hard to do. Instead of the normal one plus percent penetration we use to travel via the BULK in our dimensional universe, when going to a different dimension, you actually had to do almost a 5% penetration into the Bulk boundary. Once there, you had to know which frequency to select for your desired destination. This had all been figured out long ago by the USSB droids or otherwise dimensional travel would be a hit and miss affair with no guarantee of ever returning home.
The total extra-dimensional universe could be like a package of Brane printer paper, where the sheets almost never touch. However, when they do touch due to an imbalance of the Dark Matter/Energy gravity wave fields, a new universe is born. The energy present on the surface of just one of the Branes is almost incalculable, making mathematical calculations extremely challenging.
Gravity holds the Branes of the multiverse close together, while dark energy keeps them separated. Gravity is connected to the Bulk Zone, which is the space between the Branes indicated by the once-hypothesized "M" theory. At only 1% penetration, the Bulk Zone has ten to the sixteenth power of gravity compared to Earth's gravity field. While it is difficult to comprehend, this realization gave science a direction to probe, search, and measure.
Black budget and cutout operations were going at full speed ahead once it was found that the Bulk Zone existed and there might be a possible way to tap into this dimensional zone. When the breakthrough actually happened, and the first of several successful unmanned probes left and returned with pictures from the star Proxima Centauri, which is 4.3 light-years or 25 trillion miles away, it was determined it was time for a manned mission.
Distance means nothing in the Bulk Zone. The further you penetrate into the Bulk, the closer everything is in time and space. The 25 trillion miles at less than 1% penetration of the Bulk Zone was reduced to about 25 earthly miles. Going from galaxy to galaxy was now a possibility, and the desire for humanity's seed to be spread was strong.
Our unmanned probes had been mapping a very small infinitesimal portion of the Bulk Zone, so we were able to overlay the gravity lines of force in the Bulk with our normal star maps. Once the orientation of entry was established, it was actually easier than many thought possible due to what later became known as "black budget table-top accelerators" (later called TTA) and the gravity vectors established by our mapping probes.
My launch day came on the first of January to celebrate the new year and a new future for us Homo Sapiens.
Dimensional Phasing:
Dimensional Phasing was not hard to do. Instead of the normal one plus percent penetration we use to travel via the BULK in our dimensional universe, when going to a different dimension, you actually had to do almost a 5% penetration into the Bulk boundary. Once there, you had to know which frequency to select for your desired destination. This had all been figured out long ago by the USSB droids or otherwise dimensional travel would be a hit and miss affair with no guarantee of ever returning home.
No one rules if no one obeys
“Those who can make you believe absurdities can make you commit atrocities.” - Voltaire
