tiplercylinder39
Temporal Novice
TIME TRAVEL
This document is a simple explanation of how time travel is achieved.
TIME MACHINE
A time machine is built using the effects of two micro singularities in order to travel backwards or forward in time. In order to understand how the machine works, you have to understand some basics.
MICROSINGULARITIES
In order to make a time machine operate properly, two microsingularities, or mini-black holes have to be used. Contained within electromagnetic fields, these micro-black holes are bombarded with electrons in order to increase the radius of their gravitational effects on dimensional space.
These effects will be used to generate two phenomena;
1. Creating a Tipler Cylinder in order to prepare the time traveler and machine for traveling in time.
2. Flipping the light cone of the time traveler and machine backwards on the timeline for backwards time travel.
TIPLER CYLINDER
In 1974, Frank J. Tipler theorized that an infinitely long cylinder rotating along it's longitudinal axis creates a frame dragging effect which warps spacetime and tilts the light cones of objects so they tilt backwards along the axis of time. An object in the vicinity of a rotating Tipler Cylinder travels along a closed timelike curve toward the past.
The easiest way to create a Tipler Cylinder is by rotating a micro-singularity or mini-black hole. The axis of the rotating micro-singularity becomes the infinitely long Tipler Cylinder.
HYPERSPATIAL SEPARATION BARRIER
The generation of the Tipler Cylinder is required for both backwards and forward time travel. The cylinder generates a hyperspatial separation barrier around the time machine in order to make time travel possible. This hyperspatial separation barrier isolates the dimensional space of the time machine itself from the dimensional space of the Universe, thereby allowing the time machine to easily move along the timeline.
LIGHT CONES
According to physics, every object in the universe has a "light cone" where all past events lead up to the current state of the object while all future events project outward from the object.
This is illustrated by two cones spreading outwards from an object along the timeline; one cone spreading out backwards toward the past and one cone spreading out frontwards toward the future. The central axis of this double light cone is the timeline.
Perpendicular to the timeline are two other perpendicular axes forming a hyperspatial surface. The easiest way to imagine this is to imagine the axes of X, Y and Z. Imagine the up/down Z axis to be the timeline while the X and Y axes are on the hyperspatial surface.
Imagine one cone spreading upwards away from the center of this hyperspatial surface along the positive Z axis while the other cone spreads downwards away from the hyperspatial surface along the negative Z axis.
TRAVELING BACK IN TIME
The first microsingularity generates a rotating Tipler Cylinder with a large amount frame dragging which flips the future light cone of the time traveler and machine backwards on the timeline as well as creating a hyperspatial separation barrier around the time machine which causes it to disappear from the dimensional space of the Universe.
The gravity of the second microsingularity tugs on the future light cone of the time traveler and time machine, pulls them toward it's event horizon and backwards along the timeline. As this happens, everyone else's past in the surrounding Universe becomes the time traveler's future.
The length of time the machine is activated determines how far back in time the time traveler moves.
REAPPEARING
When the second microsingularity is shut down, the future light cone of the time machine and traveler quits moving backwards through time.
When the first microsingularity is shut down, the future light cone of the time traveler and machine flips forward on the timeline and the hyperspatial separation barrier ceases to exist, thereby causing the time machine and traveler to reappear in dimensional space at some point in the past depending on how long the machine was activated.
MULTIVERSAL DIVERGENCE
At the moment the time machine reappears, either in the past or the future, the time machine and the traveler becomes a new variable which branches off a parallel universe from the original timeline in accordance with the theory of the multiverse where every variable and decision branches off an alternate universe.
TRAVELING FORWARD IN TIME
The first microsingularity generates a non-rotating Tipler Cylinder with no frame dragging which keeps the future light cone of the time traveler and machine in the same alignment as the timeline as well as creating a hyperspatial separation barrier around the time machine which causes it to disappear from the dimensional space of the Universe.
The gravity of the second microsingularity tugs on the future light cone of the time traveler and time machine, pulls them toward it's event horizon and forward along the timeline. As this happens, everyone else's future in the surrounding Universe becomes the time traveler's future.
The length of time the machine is activated determines how far forward in time the time traveler moves.
IT TAKES MORE ENERGY TO TRAVEL BACKWARDS IN TIME
It takes more energy to travel backwards in time is because the first singularity has to generate a rotating Tipler Cylinder in order generate a large enough frame drag in order to flip the future light cone of the time traveler and machine backwards on the timeline.
When traveling forwards in time, a Tipler Cylinder still has to be generated but there's no need to rotate the cylinder in order to flip the future light cone of the time traveler and machine because it's already in alignment with the timeline.
TRAVELING TO THE ORIGINAL TIMELINE
In order to get back to the original point and timeline in which the time traveler and machine originated, the time machine has to be sent backwards in time to a point a fraction of a second just before it arrived and branched off the alternate timeline.
The machine is then sent forward on the original timeline before it branched off and the machine arrives at the point in time and timeline from which it originated.
If there has been multiple time jumps, each and every point of arrival has to be backtracked in order to get to the original timeline.
This document is a simple explanation of how time travel is achieved.
TIME MACHINE
A time machine is built using the effects of two micro singularities in order to travel backwards or forward in time. In order to understand how the machine works, you have to understand some basics.
MICROSINGULARITIES
In order to make a time machine operate properly, two microsingularities, or mini-black holes have to be used. Contained within electromagnetic fields, these micro-black holes are bombarded with electrons in order to increase the radius of their gravitational effects on dimensional space.
These effects will be used to generate two phenomena;
1. Creating a Tipler Cylinder in order to prepare the time traveler and machine for traveling in time.
2. Flipping the light cone of the time traveler and machine backwards on the timeline for backwards time travel.
TIPLER CYLINDER
In 1974, Frank J. Tipler theorized that an infinitely long cylinder rotating along it's longitudinal axis creates a frame dragging effect which warps spacetime and tilts the light cones of objects so they tilt backwards along the axis of time. An object in the vicinity of a rotating Tipler Cylinder travels along a closed timelike curve toward the past.
The easiest way to create a Tipler Cylinder is by rotating a micro-singularity or mini-black hole. The axis of the rotating micro-singularity becomes the infinitely long Tipler Cylinder.
HYPERSPATIAL SEPARATION BARRIER
The generation of the Tipler Cylinder is required for both backwards and forward time travel. The cylinder generates a hyperspatial separation barrier around the time machine in order to make time travel possible. This hyperspatial separation barrier isolates the dimensional space of the time machine itself from the dimensional space of the Universe, thereby allowing the time machine to easily move along the timeline.
LIGHT CONES
According to physics, every object in the universe has a "light cone" where all past events lead up to the current state of the object while all future events project outward from the object.
This is illustrated by two cones spreading outwards from an object along the timeline; one cone spreading out backwards toward the past and one cone spreading out frontwards toward the future. The central axis of this double light cone is the timeline.
Perpendicular to the timeline are two other perpendicular axes forming a hyperspatial surface. The easiest way to imagine this is to imagine the axes of X, Y and Z. Imagine the up/down Z axis to be the timeline while the X and Y axes are on the hyperspatial surface.
Imagine one cone spreading upwards away from the center of this hyperspatial surface along the positive Z axis while the other cone spreads downwards away from the hyperspatial surface along the negative Z axis.
TRAVELING BACK IN TIME
The first microsingularity generates a rotating Tipler Cylinder with a large amount frame dragging which flips the future light cone of the time traveler and machine backwards on the timeline as well as creating a hyperspatial separation barrier around the time machine which causes it to disappear from the dimensional space of the Universe.
The gravity of the second microsingularity tugs on the future light cone of the time traveler and time machine, pulls them toward it's event horizon and backwards along the timeline. As this happens, everyone else's past in the surrounding Universe becomes the time traveler's future.
The length of time the machine is activated determines how far back in time the time traveler moves.
REAPPEARING
When the second microsingularity is shut down, the future light cone of the time machine and traveler quits moving backwards through time.
When the first microsingularity is shut down, the future light cone of the time traveler and machine flips forward on the timeline and the hyperspatial separation barrier ceases to exist, thereby causing the time machine and traveler to reappear in dimensional space at some point in the past depending on how long the machine was activated.
MULTIVERSAL DIVERGENCE
At the moment the time machine reappears, either in the past or the future, the time machine and the traveler becomes a new variable which branches off a parallel universe from the original timeline in accordance with the theory of the multiverse where every variable and decision branches off an alternate universe.
TRAVELING FORWARD IN TIME
The first microsingularity generates a non-rotating Tipler Cylinder with no frame dragging which keeps the future light cone of the time traveler and machine in the same alignment as the timeline as well as creating a hyperspatial separation barrier around the time machine which causes it to disappear from the dimensional space of the Universe.
The gravity of the second microsingularity tugs on the future light cone of the time traveler and time machine, pulls them toward it's event horizon and forward along the timeline. As this happens, everyone else's future in the surrounding Universe becomes the time traveler's future.
The length of time the machine is activated determines how far forward in time the time traveler moves.
IT TAKES MORE ENERGY TO TRAVEL BACKWARDS IN TIME
It takes more energy to travel backwards in time is because the first singularity has to generate a rotating Tipler Cylinder in order generate a large enough frame drag in order to flip the future light cone of the time traveler and machine backwards on the timeline.
When traveling forwards in time, a Tipler Cylinder still has to be generated but there's no need to rotate the cylinder in order to flip the future light cone of the time traveler and machine because it's already in alignment with the timeline.
TRAVELING TO THE ORIGINAL TIMELINE
In order to get back to the original point and timeline in which the time traveler and machine originated, the time machine has to be sent backwards in time to a point a fraction of a second just before it arrived and branched off the alternate timeline.
The machine is then sent forward on the original timeline before it branched off and the machine arrives at the point in time and timeline from which it originated.
If there has been multiple time jumps, each and every point of arrival has to be backtracked in order to get to the original timeline.