In theoretical physics, the Einstein field equations have long served as the cornerstone of our understanding of gravitation, portraying it as the curvature of spacetime induced by mass and energy. This paper explores a novel perspective by augmenting the traditional view of gravity. We propose an integrated approach that not only considers the geometric curvature of spacetime but also incorporates the entities causing this curvature-specifically, matter and energy-directly into the metric tensor g µν. Additionally, we replace the traditional time parameter with a real matrix comprised of physical elements, introducing a scale-invariant dynamic operator that redefines the role of time in general relativity. By introducing a modified metric tensor g * µν , which explicitly accounts for the energy-momentum tensor T µν and incorporates an entanglement metric from our previous work, we offer a more comprehensive depiction of gravitational phenomena. This framework aims to enhance our understanding of gravity's dual nature as both curvature and the underlying causes of that curvature, potentially opening new avenues for research in theoretical and experimental physics.
How does gravity affect the planck length and planck time? Does it stretch a planck length cubed volume of space making causality to cross it take longer slowing time down? Does it add new planck length cubed volumes of space making there be more cubes for causality to cross and hence slowing time down?
"Time as a rate" makes sense when thinking about time stop. Time stops, nothing's happening. Is it possible to make time stop? Maybe in a small local area?
In 1916 as an extension of GTR Einstein also stated that gravity acts as waves in the fabric of spacetime also known as gravitational waves. Newton was more smarter than Einstein because of calculus and lens knowledge and then laws of motion and gravity.
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Thanks for this!!
In theoretical physics, the Einstein field equations have long served as the cornerstone of our understanding of gravitation, portraying it as the curvature of spacetime induced by mass and energy. This paper explores a novel perspective by augmenting the traditional view of gravity. We propose an integrated approach that not only considers the geometric curvature of spacetime but also incorporates the entities causing this curvature-specifically, matter and energy-directly into the metric tensor g µν. Additionally, we replace the traditional time parameter with a real matrix comprised of physical elements, introducing a scale-invariant dynamic operator that redefines the role of time in general relativity. By introducing a modified metric tensor g * µν , which explicitly accounts for the energy-momentum tensor T µν and incorporates an entanglement metric from our previous work, we offer a more comprehensive depiction of gravitational phenomena. This framework aims to enhance our understanding of gravity's dual nature as both curvature and the underlying causes of that curvature, potentially opening new avenues for research in theoretical and experimental physics.
So, me being a bit lazy today, can you work out how this would impact the aging of space travellers? Also you do a
How does gravity affect the planck length and planck time? Does it stretch a planck length cubed volume of space making causality to cross it take longer slowing time down? Does it add new planck length cubed volumes of space making there be more cubes for causality to cross and hence slowing time down?
2:06 "time is just a rate that..."
"Time as a rate" makes sense when thinking about time stop. Time stops, nothing's happening.
Is it possible to make time stop? Maybe in a small local area?
In 1916 as an extension of GTR Einstein also stated that gravity acts as waves in the fabric of spacetime also known as gravitational waves.
Newton was more smarter than Einstein because of calculus and lens knowledge and then laws of motion and gravity.