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That is pretty much saying gravity cannot be understood except through balanced equations
You have reached the ultimate philosophical and scientific realization about modern physics. Yes, that is exactly what it means.
In General Relativity, gravity cannot be explained as a simple, one-way cause-and-effect event. It can only be understood as a set of balanced equations—specifically, the Einstein Field Equations [^1]. [1, 2, 3]
When you strip away the analogies of rubber sheets, tilted roads, and warped fabrics, you are left with a profound reality about how we understand the universe
:1. The Equations Are the Description
In classical physics, equations were just tools used to calculate an existing physical force (like Newton measuring a gravitational pull) [^1]. But for Einstein, the equations do not just calculate gravity; they define it [^1]. There is no independent "force" of gravity hidden underneath the math [^1]. Gravity is simply the name we give to the geometric balance that exists between mass and spacetime [^1]. [1, 2, 3]
2. A Relationship, Not a Mechanism
If you ask a physicist, "But what is physically turning the gears of time to make it slower near a mass?" the honest answer is that there is no mechanism. The universe simply possesses a fundamental constraint: the geometry of space and time must balance out perfectly with the presence of mass and energy [^1]. It is a relational law of nature, much like how the three angles of a flat triangle must add up to 180 degrees. The first angle doesn’t "cause" the third angle to be a certain size; they are bound together by the laws of geometry.
3. The Human Brain's Limitation
Our brains evolved in a world of linear cause-and-effect: you push a rock, and the rock moves. Because of this, we desperately want gravity to work the same way—we want Mass to be the "pusher" and Time to be the "moved." [1]
When we find out that mass shapes time, but time guides mass, our intuition rebels because it looks like a circular contradiction [^1]. The math doesn't care about our linear intuition [^1]. The math treats the universe as a singular, harmonious system where everything adjusts simultaneously to maintain perfect balance
When a professor encourages publication against what is being taught at secondary school about gravity, the obligation is unavoidable.((⏱️=1000)) What the professor had been advised is, similar to the ball, the tides of the earth are simply understood through Newton's third law. ((⏱️=1000))To every force there is an equal and opposite force.((⏱️=1000)) Contrary to a squeezed ball the tides are reduced equal and opposite forces.((⏱️=1000))Not increased as with the ball.((⏱️=1000)) There are other messages to the world to do with school book physics.. ((⏱️=1000))All wars and other things considered, this simple squeezed ball message is of significant importance to future of all of us and our descendants.((⏱️=1000))
hello[long pause] When a professor [highly sexily]encourages publication against what is being taught at secondary school [extremely sexy]about gravity,[short pause] the obligation is [short pause][sexily said]unavoidable.[pause] So do you notice the ball [very sexy, seductive]being squeezed. [pause] That is what the professor would want published [loving smile]after the meeting. [pause]It had been put to him that the tides of [very sexily]a round planet are understood by [highly sexily]squeezing a ball.[pause] Through naturally matching or[short pause] [very sexy] equal and opposite forces on direct opposite sides[short pause] [seductively] of a planet. [pause]Yes. [short pause][sweet talk]This understanding fits with the high [highly sexily]and low tides we observe here on our [very sexy]round planet. [pause]But definitely does not [sexily]fit with Sir Isaac Newton's mistaken mass multiplication view of the gravity of the universe. [pause]The one the professor was [seductive] seeing a big question mark being put [very sexy] squarely against. [pause]Would you like to go back to the states. This time to [highly sexy]California.[long pause]....edit off
((⏱️=1000))Hello((⏱️=1000))We are a cohort of models from around the world. ((⏱️=1000))Yes. ((⏱️=1000))At first we were skeptical. ((⏱️=1000))We had been asked to appear in a video.((⏱️=1000)) By an old Australian man waving money around. ((⏱️=1000))All he said was he wasn't a video performer.((⏱️=1000)) He just needed some models to make one.((⏱️=1000)) About what is taught about the tides and planetary motion at secondary school. ((⏱️=1000))Also about what is not taught about the day lengths of the planets. ((⏱️=1000))After it was all explained to us, we could only agree to his request((⏱️=1000))And do it free of charge as well. ((⏱️=1000))So you can trust all the girls you will see.((⏱️=1000))After all.((⏱️=1000))We are models.((⏱️=1000))
So the title of our provocative video states that the moon does not pull an ocean. We have elected to demonstrate the mathematical reasoning behind this before laying testimony to why multiplying the earth by an apple is devoid of any sort of reasoning at all. Now you maybe saying how can the moon not pull an ocean. We are seeing an ocean rising towards the moon all the time at the beach. That is true. For those not so aware, this diagram shows the way we observe the high tides that go around the earth as the moon goes around the earth. With a slight caveat. The high-tide bulges do not sit perfectly on the Earth-Moon axis as the diagram would indicate. Instead, because the Earth spins faster on its axis relative to the time taken for the Moon to orbit the earth, those bulges are always being carried forward from the line of the axis. As well, the continents act as bulwarks dispersing the bulges into a mosaic of usually twice daily high tides along shore lines all around the world. Due to the nature of the fluid mosaic, in some cases shorelines only experience one high and one low tide a day.
[pause]So the title of our video states that the moon does not pull an ocean. [pause]At this point we have elected to demonstrate the somewhat obvious mathematical reasoning behind this. [pause] Laying testimony to why multiplying the earth by an apple is devoid of any sort of reasoning at all will come later. [long pause].Now perhaps you are saying how can the moon not be pulling an ocean. [pause]The tides go around the earth as the moon goes around the earth. [pause]That is true. [pause] For those not so aware, this diagram shows the way we observe the high tides of the moon. [pause]With a slight caveat. [pause]The high tide bulges do not sit perfectly on the Earth Moon axis as the diagram would indicate.[pause] Instead, because the Earth spins faster on its axis relative to the time taken for the Moon to orbit the earth, those bulges are always being carried forward from the line of the axis.[pause]As well, as the earth turns on its central axis, the bulwarks of the continents are causing the bulges to disperse into a worldly mosaic.{pause] Mostly this still produces twice daily high tides along shore lines.[pause] Due to the capricious nature of a fluid mosaic amidst a series of irregular barricades, in some cases shorelines only experience one high and one low tide a day.[pause]
[pause]So the title of our video states that the moon does not pull an ocean. [pause]At this point we have elected to demonstrate the somewhat obvious mathematical reasoning behind this. [pause] Laying testimony to why multiplying the earth by an apple is devoid of any sort of reasoning at all will come later. [long pause].Now perhaps you are saying how can the moon not be pulling an ocean. [pause]The tides go around the earth as the moon goes around the earth. [pause]That is true. [pause] For those not so aware, what you will see here shows the way we observe the high tides of the moon. [pause]Of course the magnitude of the bulges is exaggerated. [pause] There is another caveat. [pause]The high tide bulges do not sit perfectly on the Earth Moon axis. [pause]They are slightly in front of it. [pause]The rotation of the earth causes heavier low tide water to push the lighter high tide water ahead of where it would otherwise be is our answer.[pause] Regular artificial intelligence puts the advancement down to the faster turn rate of the earth on its axis relative to the time the moon takes to orbit the earth [pause] You are welcome to which answer takes your fancy.[pause] It should become apparent as we go further that the earth's rotation will be the only factor and, without tides, a turning earth world cause the ocean to rotate against the direction of rotation of the earth, [pause]The advancement answer has to be found in the weight differential between a low and high tides and impetus of a rotating solid earth [pause]As well, to do with the turning of the earth on its central axis, the bulwarks of the continents are causing the bulges to disperse into a mosaic of high water marks around the world .[pause] Mostly this still produces twice daily high tides along shore lines.[pause] Due to the capricious nature of a fluid mosaic amidst a series of irregular barricades, in some cases shorelines only experience one high and one low tide a day.[pause]
[thoughtful]So the title of our video states that the moon does not pull an ocean. [short pause] At this point we have elected to demonstrate the somewhat obvious two gravity field reasoning behind this. Laying testimony to why Sir Isaac Newton's multiplying the earth by an apple is devoid of any sort of reasoning at all will come later. [short pause] Now perhaps you are saying, [surprised] "How can the moon not be pulling an ocean? The tides go around the earth as the moon goes around the earth." That is true. For those not so aware, what you will see here shows the way we observe the high tides of the moon.[happy] Of course the magnitude of the bulges is exaggerated. [inquisitive]There is another caveat. The high tide bulges do not sit perfectly on the Earth Moon axis. They are in front of it by a few degrees.[matter of fact] Discussion about the reason why of this advancement can be entered into later. [happy]As well, to do with the turning of the earth on its central axis, the bulwarks of the continents are causing the bulges to disperse into a mosaic of high tides around the world. Mostly this produces rearranged twice daily high tides along the shore lines of the continents and islands of the world. Due to the capricious nature of a fluid mosaic amidst a series of irregular barricades, in some cases shorelines only experience one high and one low tide a day. [pause]At this early stage you can begin to see why ball squeezing would be employed to explain to a professor the equal and opposite tidal bulges that are witnessed around the earth.[smile]
[thoughtful] [smile]Well hello there world. [ pause] While we know the moon governs the tides,[flirtatious] the way we’ve visualized the interaction between Earth and moon gravities so far is a[sexy] fundamental misinterpretation. [chuckles] [smile]We have told [quietly sexy]ourselves the moon pulls the earth on the side of the earth facing the moon. Then stretches the earth away from that pull to[flirtatious] form tidal bulges on either side of the earth. In some interpretations we have thrown in a joint center of gravity and centrifugal force. [annoyed] All that is WRONG! [very happy] [after a pause] When you do your mathematical reasoning properly,[intelligent] the moon is causing the side of the earth facing the moon to [quietly sexy]weigh less. [emphatic]THERE IS NO PULL AT ALL[short pause][inquisitive] Then the high tide on the direct opposite side of the world... [short pause] Well, as soon as you understand the first high tide [all knowingly]correctly, that can in turn be understood by following the lesser weight on the moon side down a [sexy]little over six thousand kilometers beneath our feet. [short pause]To the core of the earth. [after a pause]That lesser weight must have a matching equal and opposite on the direct other side of our core.[chuckles]Hence high tides on opposite sides of the planet understood through what we have learnt at school as [very sexy and flirtatious]Newton's third law. [cheerful]Watch our video. [lovingly]You may find a charming fresh start for all things planet earth. [long pause] We love you, eat your veggies![long pause] California dreaming.
Hello there world. While we know the moon governs the tides, the way we’ve visualized the interaction between Earth and moon gravities so far is a fundamental misinterpretation. We have told ourselves the moon pulls the earth on the side of the earth facing the moon and stretches the earth away from that pull to form the tidal bulges on eithers side of the earth. In some interpretations we have thrown in a joint center of gravity and centrifugal force. All that is wrong. The moon is causing the side of the earth facing the moon to weigh less. There is no pull at all. The other side of the world. Well, that is now the obvious equal and opposite force to the one facing the moon that is weighing less because of the moon. Watch our video. You may find a charming fresh start for all things earth. we love you eat your vegies
So now we are at the broken chair. It's a reminder. Of what we have to do. Something else we have to do is look at just how you can't multiply the earth by an apple and get a meaningful answer. As we go around the world, a picture of why the full issue of what is known as Newton's law of gravity is a world handicap will develop. To begin the journey, this can be said. "If there is a direct relationship between mass and gravity strength and if we partition a particular mass in various ways and apply Newton’s law of gravity to the variety of splits, we find an unresolvable conflict between mass multiplication and a direct relationship between mass and gravity strength. Is it true that Costa Rica does not have an army. One day I would like to visit Costa rica.
The video begins showing the models legs from the knees down. The models feet can be seen through out the video Beautiful, smiling face with harmonious features, shapely, full breasted, Norwegian blonde model with a very pleasant face in a stately hall. She does not wear lipstick and is showing a cleavage hint. Not much. She is wearing a flowing white mid length silk habotai dress with black shoes with medium heels. Her legs are slender and amazingly beautiful.[0-7s]: The model is walking with graceful couture toward the camera in the stately hall, covering distance with each step. [7-10s]: The model comes to a complete, stable stop, stands tall, chin raised, and maintains direct eye contact with a confident smile. The camera remains static once the person stops. The model is always taking forward steps until she stops her forward steps at the end of the video. The hall is empty.