Theory of Everything Discovered

In summary, the distance an electron is from the slits is proportional to its energy. The shorter the distance, the more energy is present, and the electron will be detected by the experiment as being on the slit closest to it.
  • #36
So when these vectors are near collinear (coexisting?) their magnitude (energy?) turns to near zero. Could this be akin to the ether we look for?
When the vectors coincide they create a space this near empty space has a certain time frame. If you increase the magnitude in the equation, but leave the angle near zero then the scalar product is higher.

So we have two dimensions of space here?
Angle and Magnitude of a vector(distance)

I'll postulate that the increase in magnitude of the vector would be directly related to the time frame rate. The angle, at point of black hole becomes 0

Further if that be correct it may be that time from my equation be t=V D=E(Vi)
 
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  • #37
Only in mathematics can the angle become zero or 90 degrees. In the real world, the angle can only be almost zero or almost 90. This is just like saying that at the center of the black hole there is no singularity because singularity is a mathematical reality and can never be a physical reality. Cosmologists, including Thorne, Hawking, and Penrose, refuse to talk about the naked singularity. They would rather censor it.

So the conclusion is that no vector in the entire universe coincides. Each is unique with its own magnitude and direction. Some are nearly perpendicular and nearly collinear but half of all these vectors are the exact opposite of the other in term of magnitude but nearly opposite in term of direction. This nearly opposite in direction is responsible for the dynamic of the universe.
 
  • #38
Only in mathematics can the angle become zero or 90 degrees

I wonder if field lines coming out of charges point to all angles or maybe just most?
 
  • #39
The wave property called phase is a way of describing the angle between the wave vectors. For all waves, the product of wavelength and frequency is the velocity of the wave. My question is what happens when the frequency is 1? Since frequency is the inverse of the period of the wave, 1 frequency is 1 period, 1 cycle per 1 second. My next question is how do we add all the waves with 1 frequency and wavelength of 186,000 miles? Does the resultant wave have infinite amplitude if all waves are in phase? If they are completely out of phase is the resultant wave amplitude zero?
 
  • #40
Could the double slit be the SAME slit separated in space and time as viewed by us? Maybe you can use this idea...
 
  • #41
Reflector said:
Could the double slit be the SAME slit separated in space and time as viewed by us? Maybe you can use this idea...

There is a metric for spacetime at the Planck length. The topology of spacetime is that of a sphere with two holes. The distance between the holes is the metric and the holes is similar to a double slits configuration.
 
<h2>What is the "Theory of Everything"?</h2><p>The "Theory of Everything" is a theoretical framework that attempts to explain and unify all physical aspects of the universe, including the laws of physics and the fundamental forces that govern them.</p><h2>Has the "Theory of Everything" been discovered?</h2><p>No, the "Theory of Everything" has not yet been discovered. Scientists are still working towards finding a complete and unified understanding of the universe.</p><h2>What would the discovery of the "Theory of Everything" mean for science?</h2><p>The discovery of the "Theory of Everything" would be a major breakthrough in the field of physics and would provide a complete understanding of the fundamental laws and forces that govern the universe. It would also allow for new advancements in technology and potentially lead to a deeper understanding of the origin and evolution of the universe.</p><h2>What are the current theories and research surrounding the "Theory of Everything"?</h2><p>There are several theories and research being conducted in the pursuit of the "Theory of Everything". These include string theory, loop quantum gravity, and supersymmetry, among others. Scientists are also using advanced technologies, such as particle accelerators, to test these theories and gather more evidence.</p><h2>When do scientists predict the "Theory of Everything" will be discovered?</h2><p>There is no definitive timeline for when the "Theory of Everything" will be discovered. It is a complex and ongoing process that requires further research and experimentation. Some scientists believe it may be discovered within the next few decades, while others believe it may take much longer.</p>

What is the "Theory of Everything"?

The "Theory of Everything" is a theoretical framework that attempts to explain and unify all physical aspects of the universe, including the laws of physics and the fundamental forces that govern them.

Has the "Theory of Everything" been discovered?

No, the "Theory of Everything" has not yet been discovered. Scientists are still working towards finding a complete and unified understanding of the universe.

What would the discovery of the "Theory of Everything" mean for science?

The discovery of the "Theory of Everything" would be a major breakthrough in the field of physics and would provide a complete understanding of the fundamental laws and forces that govern the universe. It would also allow for new advancements in technology and potentially lead to a deeper understanding of the origin and evolution of the universe.

What are the current theories and research surrounding the "Theory of Everything"?

There are several theories and research being conducted in the pursuit of the "Theory of Everything". These include string theory, loop quantum gravity, and supersymmetry, among others. Scientists are also using advanced technologies, such as particle accelerators, to test these theories and gather more evidence.

When do scientists predict the "Theory of Everything" will be discovered?

There is no definitive timeline for when the "Theory of Everything" will be discovered. It is a complex and ongoing process that requires further research and experimentation. Some scientists believe it may be discovered within the next few decades, while others believe it may take much longer.

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