Forces, and fields?

Does mass' distortion of space-time, imply then, that there is an inherent interaction between both space-time, and the fourth dimensional Higgs field?

Does mass' distortion of space-time, imply then, that there is an inherent interaction between both space-time, and the fourth dimensional Higgs field?

[Denton]

Sure. Mass and time can be stretched in space. Happens during the 'Hyperspace Jump phenomenon' or going through a black hole

[Denton]

Sure. Mass and time can be stretched in space. Happens during the 'Hyperspace Jump phenomenon' or going through a black hole

So, if time interacts inherently with the Higgs field during instances such as gravitational time dilation, and, as you interjected a "Hyper space jump phenomenon." Which, I assume remarks towards warp drives, or hyperspace engines.(Which probably aren't real.) Does that mean, then, that time must interact with such fields as a tangible concept outside of our arbitrary conceptualization?

So, if time interacts inherently with the Higgs field during instances such as gravitational time dilation, and, as you interjected a "Hyper space jump phenomenon." Which, I assume remarks towards warp drives, or hyperspace engines.(Which probably aren't real.) Does that mean, then, that time must interact with such fields as a tangible concept outside of our arbitrary conceptualization?

[Obey]

Originally Posted by Victor Mancini

So, if time interacts inherently with the Higgs field during instances such as gravitational time dilation, and, as you interjected a "Hyper space jump phenomenon." Which, I assume remarks towards warp drives, or hyperspace engines.(Which probably aren't real.) Does that mean, then, that time must interact with such fields as a tangible concept outside of our arbitrary conceptualization?

[Obey]

Originally Posted by Victor Mancini

So, if time interacts inherently with the Higgs field during instances such as gravitational time dilation, and, as you interjected a "Hyper space jump phenomenon." Which, I assume remarks towards warp drives, or hyperspace engines.(Which probably aren't real.) Does that mean, then, that time must interact with such fields as a tangible concept outside of our arbitrary conceptualization?

http://futureblogger.net/futureblogger/show/835

http://futureblogger.net/futureblogger/show/835

[Denton]

Originally Posted by Victor Mancini

So, if time interacts inherently with the Higgs field during instances such as gravitational time dilation, and, as you interjected a "Hyper space jump phenomenon." Which, I assume remarks towards warp drives, or hyperspace engines.(Which probably aren't real.) Does that mean, then, that time must interact with such fields as a tangible concept outside of our arbitrary conceptualization?

In Theory yes. However we have no way to test them

[Denton]

Originally Posted by Victor Mancini

So, if time interacts inherently with the Higgs field during instances such as gravitational time dilation, and, as you interjected a "Hyper space jump phenomenon." Which, I assume remarks towards warp drives, or hyperspace engines.(Which probably aren't real.) Does that mean, then, that time must interact with such fields as a tangible concept outside of our arbitrary conceptualization?

In Theory yes. However we have no way to test them

Does the motion of particles during wave functionality not prove the tangibility of time by showing times behavior as a fluid?

Does the motion of particles during wave functionality not prove the tangibility of time by showing times behavior as a fluid?

[Denton]

Explain how time could be a fluid. What is your frame of reference

[Denton]

Explain how time could be a fluid. What is your frame of reference

[V3numb]

[V3numb]

Particles are the fundamental structure of space.
Particles are both such, as well as a wave.
The movement of a wave is necessitated by its surrounding fluid.
Time, as it is a parallel dimensional plane extenuates beyond space, thus surrounding said particles.
Therefore, in order to both encompass space, and necessitate the functionality of a particle as a wave, time must then behave in a tangible fashion similar to that of a fluid.

Particles are the fundamental structure of space.
Particles are both such, as well as a wave.
The movement of a wave is necessitated by its surrounding fluid.
Time, as it is a parallel dimensional plane extenuates beyond space, thus surrounding said particles.
Therefore, in order to both encompass space, and necessitate the functionality of a particle as a wave, time must then behave in a tangible fashion similar to that of a fluid.