Reply To: Infinity

[Andy]

Gravity.

I’ve always liked this contracting relative mass theory, because it explains so much of the universe around us and is a very simple process and relatively easy to wrap your brain around. It’s the way it should be. Logical. No paradoxes. Mechanical. Simple to follow. The universe should not be as complicated as we make it out to be, because everything is a derivative of space. What space is doing becomes highly complex when viewed from our relative perspective, if you want to build something, like a combustion engine, or nuclear reactor. That’s not what I ever set out to do. I wanted a general understanding of how it all works.

Gravity would look pretty much like Einstein’s dimpled universe, or rubber sheet, but the process needs to be set in motion. As matter contracts inward it pulls a void behind it, where the expanding mass of space gets pulled in to fill the void left behind. This creates an inverse wave in the mass of space, like a tsunami that never breaks, surrounding all matter. This is also what creates the vacuum of space, because the collapsing matter is gently tugging at the steady vacuum in the space we traverse. These dimples that are being created are low pressure or high vacuum points relative to the surrounding mass of space, and vacuum wants to be evenly distributed, naturally.

Gravity is caused by the collapse of matter. Contraction is the action causing a reaction in the mass of space, causing gravity. It creates a downhill effect in the mass of space, which matter falls into at the inverse square.

Or another way to look at it, steady mass loss creates gravity.

Have you ever wondered how something like space, with 0 density in a motionless state, can transform into something like a diamond? Take two points in space and set them in motion inward. Technically, they would always be moving away from each other, held loosely together by the forces of nature. Gravity, nuclear-weak, nuclear-strong, magnetism, etc. But in that bond, they’re both trying to move away from each other as they accelerate inward at an ever-increasing rate. Relative to one another they appear constant in scale, as measured in a perfectly controlled vacuum. You can’t see what’s really happening because of relativity.

Classical mechanics is the science of |1|>C, where Quantum Mechanics is the study of C>|0|. But classical mechanics stopped motion at C, and Quantum Mechanics stopped scale at a Plank Length. They’ve boxed themselves in to a finite limit far short of what’s really going on. Plank is a relative scale, and C is relative motion. You must always use the logical limits of both, which are |0| and |1|.

What they’ve done works in defining a relative perspective of the universe, but perspective isn’t nature, it’s how we perceive nature. Nature would not make sense if we weren’t bound to a relative perspective. So, in that regard, it works fine for 99% of the things we want to build, or in sending someone to the moon, or in understanding basic motion from the outside as we perceive it. But in understanding the underlying reality it can’t work. The universe cannot be backward engineered using relative constants. That’s why we aren’t getting anywhere, and that’s why there’s a theory for every scientist that ever lived, all of them slightly different. There is no such thing as quantum gravity. There’s gravity. Yes, there’s gravity within gravity within gravity, which is just gravity at ever smaller and faster scales as we drill down inside the standard model, but it’s all one thing. Gravity. One process can define them all. Contraction.

Yes, you can divide something in half forever, but you can’t cut something in half forever. That’s an Earth perspective. There is a limit. Water for example can only be divided until you’re left with two H20 atoms. That’s as far down as water can be divided. Anything more and it is no longer water. But you could divide the scale of water down forever (probably not forever technically), as long as your perspective of water never changed.

Looks are deceiving.

[Andy]

Gravity.

I’ve always liked this contracting relative mass theory, because it explains so much of the universe around us and is a very simple process and relatively easy to wrap your brain around. It’s the way it should be. Logical. No paradoxes. Mechanical. Simple to follow. The universe should not be as complicated as we make it out to be, because everything is a derivative of space. What space is doing becomes highly complex when viewed from our relative perspective, if you want to build something, like a combustion engine, or nuclear reactor. That’s not what I ever set out to do. I wanted a general understanding of how it all works.

Gravity would look pretty much like Einstein’s dimpled universe, or rubber sheet, but the process needs to be set in motion. As matter contracts inward it pulls a void behind it, where the expanding mass of space gets pulled in to fill the void left behind. This creates an inverse wave in the mass of space, like a tsunami that never breaks, surrounding all matter. This is also what creates the vacuum of space, because the collapsing matter is gently tugging at the steady vacuum in the space we traverse. These dimples that are being created are low pressure or high vacuum points relative to the surrounding mass of space, and vacuum wants to be evenly distributed, naturally.

Gravity is caused by the collapse of matter. Contraction is the action causing a reaction in the mass of space, causing gravity. It creates a downhill effect in the mass of space, which matter falls into at the inverse square.

Or another way to look at it, steady mass loss creates gravity.

Have you ever wondered how something like space, with 0 density in a motionless state, can transform into something like a diamond? Take two points in space and set them in motion inward. Technically, they would always be moving away from each other, held loosely together by the forces of nature. Gravity, nuclear-weak, nuclear-strong, magnetism, etc. But in that bond, they’re both trying to move away from each other as they accelerate inward at an ever-increasing rate. Relative to one another they appear constant in scale, as measured in a perfectly controlled vacuum. You can’t see what’s really happening because of relativity.

Classical mechanics is the science of |1|>C, where Quantum Mechanics is the study of C>|0|. But classical mechanics stopped motion at C, and Quantum Mechanics stopped scale at a Plank Length. They’ve boxed themselves in to a finite limit far short of what’s really going on. Plank is a relative scale, and C is relative motion. You must always use the logical limits of both, which are |0| and |1|.

What they’ve done works in defining a relative perspective of the universe, but perspective isn’t nature, it’s how we perceive nature. Nature would not make sense if we weren’t bound to a relative perspective. So, in that regard, it works fine for 99% of the things we want to build, or in sending someone to the moon, or in understanding basic motion from the outside as we perceive it. But in understanding the underlying reality it can’t work. The universe cannot be backward engineered using relative constants. That’s why we aren’t getting anywhere, and that’s why there’s a theory for every scientist that ever lived, all of them slightly different. There is no such thing as quantum gravity. There’s gravity. Yes, there’s gravity within gravity within gravity, which is just gravity at ever smaller and faster scales as we drill down inside the standard model, but it’s all one thing. Gravity. One process can define them all. Contraction.

Yes, you can divide something in half forever, but you can’t cut something in half forever. That’s an Earth perspective. There is a limit. Water for example can only be divided until you’re left with two H20 atoms. That’s as far down as water can be divided. Anything more and it is no longer water. But you could divide the scale of water down forever (probably not forever technically), as long as your perspective of water never changed.

Looks are deceiving.