Theoretical Scientific Writings

Because gravitational force consists of warped space and therefore waves, then going at a high velocity into the gravitational waves, the space may kink while the distance between time periods may shorten. Forcing one to plunge into gravity might curve the space even farther and produce the same...shortened time periods. On the other hand, moving against gravitational force may produce a drag in a way that is analogous to the way that motorboats or otherwise propulsion dependent watercrafts would. The waves that occur around a boat are probably equal to the energy dissipated by the friction of the water. When the drag in space occurs, energy is dissipated relativistically in a possible emission of electromagnetic waves, which would normally be very weak if someone throws a small pebble into the air and watches it come back down. Time probably determines the length of the waves produced by the drag of space.








Because gravitational force consists of warped space and therefore waves, then going at a high velocity into the gravitational waves, the space may kink while the distance between time periods may shorten. Forcing one to plunge into gravity might curve the space even farther and produce the same...shortened time periods. On the other hand, moving against gravitational force may produce a drag in a way that is analogous to the way that motorboats or otherwise propulsion dependent watercrafts would. The waves that occur around a boat are probably equal to the energy dissipated by the friction of the water. When the drag in space occurs, energy is dissipated relativistically in a possible emission of electromagnetic waves, which would normally be very weak if someone throws a small pebble into the air and watches it come back down. Time probably determines the length of the waves produced by the drag of space.













If a tornado employs the centripetal force to produce a low pressure column, then if more air rushing in pushes on the corkscrewing air that is produced by the fact that it is rising in a circular manner and producing a possibly coil-shaped path, then if the path of the air is shaped like a coil, will more air rushing in at once push on this coiled air and make it spin more rapidly? If so, then wouldn't the rotation accelerate? Because of the density of our atmosphere, are tornadoes restricted in the width that can reach?













I was thinking the other day about the gravitational trail matter might leave behind over time and space and thought that maybe until this trail bumps into something else, then that is when it becomes relative. On the other hand, as new matter emerges, the gravitational trails may touch the exact same point as the newly emerged matter and the new matter might touch a point on this gravitational trail that is as distant from the source of the gravitational trail in time as it is in space.



It also hit me that perhaps, this might cause something to move at an angle exactly opposite of that of the gravitational trail. This crossing of paths just might produce a bit of an X shape between paths.



Also, I have wondered for awhile whether or not the travel of one body of matter or even a photon crossing the future position of a planet might reverse the positions that they might occupy at that point, leaving an area of slight ab















Because gravitational force consists of warped space and therefore waves, then going at a high velocity into the gravitational waves, the space may kink while the distance between time periods may shorten. Forcing one to plunge into gravity might curve the space even farther and produce the same...shortened time periods. On the other hand, moving against gravitational force may produce a drag in a way that is analogous to the way that motorboats or otherwise propulsion dependent watercrafts would. The waves that occur around a boat are probably equal to the energy dissipated by the friction of the water. When the drag in space occurs, energy is dissipated relativistically in a possible emission of electromagnetic waves, which would normally be very weak if someone throws a small pebble into the air and watches it come back down. Time probably determines the length of the waves produced by the drag of space








Hello, everyone. I have a new version of my book "A Collection Of Theories Of Various Physical Forces" and a download called "A New Model Of The Universe's Origin" available at http://www.lulu.com/natedurham if you would like to check them out. I also have a theory that directly relates the photoelectric effect to the way a moving magnetic field produces electricity in conductive materials, which I have not published, yet and might just place in the this Blog instead. I know that it has been awhile since I have posted any new ideas here. Thats about all I have to say for now.







I was thinking about the idea of nothing ever being simultaneous, since the distance between all things requires for the occurrence to be propagated through space across that distance in order for any relation to occur. It occurred to me that this asymetry or dissociation between points in space could be the reason behind time. It also occurred to me that these differences could also indicate that the warping of space by all matter could be caused by these same differences by the oval circumference of the space depending on distance. These differences could be turned inside out to some degree by the overall mass of the object and turn a larger space into a smaller one and therefore bending it. So, just as Albert Einstein said, gravity occurs when matter curves space. Here is a good and simple experiment to demonstrate:



grab a long strip of paper and bend it to some degree and then figure out what you have to do to turn some of this bent paper inside out. What happens to the paper and what does it look like? If you can figure out how to turn only a fraction of this bent paper the other way, you will probably understand this theory more clearly.















I was thinking about the idea of nothing ever being simultaneous, since the distance between all things requires for the occurrence to be propagated through space across that distance in order for any relation to occur. It occurred to me that this assymetry or dissociation between points in space could be the reason behind time. It also occurred to me that these differences could also indicate that the warping of space by all matter could be caused by these same differences by the oval circumference of the space depending on distance. These differences could be turned inside out to some degree by the overall mass of the object and turn a larger space into a smaller one and therefore bending it. So, just as Albert Einstein said, gravity occurs when matter curves space. Here is a good and simple experiment to demonstrate:



grab a long strip of paper and bend it to some degree and then figure out what you have to do to turn some of this bent paper inside out. What happens to the paper and what does it look like? If you can figure out how to turn only a fraction of this bent paper the other way, you will probably understand this theory more clear











If matter produces gravity by warping space, then shouldn't there be an initial wave carrying a forward impulse associated with it? After the wave passes, then perhaps between that matter and another object there could be a reduced space? After that, maybe a farther push and a farther reduced space? If, so then this could be the answer to gravitational attraction. Second of all, it seems like the more space there is that is warped, then the farther out the space may reach, but relativistically, this wave may have the property of pushing something through space instead of expanding it. At the same time, maybe the pushing waves as a result of more and more space displacement get smaller and smaller and maybe the stronger force of the reduced space pulls one mass closer to another. Between the pushing impulse and the increasing reduction of space between, the nature of gravity as being a wave may arise. At the same time, maybe the reason for the departing galaxies may be a great big push from the initial space displacements and after that, maybe the galaxies may rapidly draw together from the gravitational attraction. The galaxies and other bodies of matter may move farther apart in the same way that driftwood is pushed to shore and pulled back into the ocean. This may result in a universe that accelerates in expansion, but as the pushing waves become weaker with distance, maybe this acceleration will become less and less until the universe stops accelerating in its expansion and begins to slow down (decelerate) in its expansion until it collapses. Another possibility may be that the pushing nature of the waves as the matter initially displaces space may increase once again as some of the space pushes into the matter and produce some degree of equilibrium, which may prevent collapse and also, after the deceleration, cause the large bodies of matter to move apart more and more rapidly again. This would produce a universe that alternates between acceleration and deceleration of its expansion.







If matter produces gravity by warping space, then shouldn't there be an initial wave carrying a forward impulse associated with it? After the wave passes, then perhaps between that matter and another object there could be a reduced space? After that, maybe a farther push and a farther reduced space? If, so then this could be the answer to gravitational attraction. Second of all, it seems like the more space there is that is warped, then the farther out the space may reach, but relativistically, this wave may have the property of pushing something through space instead of expanding it. At the same time, maybe the pushing waves as a result of more and more space displacement get smaller and smaller and maybe the stronger force of the reduced space pulls one mass closer to another. Between the pushing impulse and the increasing reduction of space between, the nature of gravity as being a wave may arise. At the same time, maybe the reason for the departing galaxies may be a great big push from the initial space displacements and after that, maybe the galaxies may rapidly draw together from the gravitational attraction. The galaxies and other bodies of matter may move farthar apart in the same way that driftwood is pushed to shore and pulled back into the ocean. This may result in a universe that accelerates in expansion, but as the pushing waves become weaker with distance, maybe this acceleration will become less and less until the universe stops accelerating in its expansion and begins to slow down (decelerate) in its expansion until it collapses. Another possibility may be that the pushing nature of the waves as the matter initially displaces space may increase once again as some of the space pushes into the matter and produce some degree of equilibrium, which may prevent collapse and also, after the deceleration, cause the large bodies of matter to move apart more and more rapidly again. This would produce a universe that alternates between acceleration and deceleration of its expansion.

I was thinking about the idea of nothing ever being simultaneous, since the distance between all things requires for the occurrence to be propagated through space across that distance in order for any relation to occurr. It occurred to me that this asymetry or dissociation between points in space could be the reason behind time. It also occurred to me that these differences could also indicate that the warping of space by all matter could be caused by these same differences by the oval circumference of the space depending on distance. These differences could be turned inside out to some degree by the overall mass of the object and turn a larger space into a smaller one and therefore bending it. So, just as Albert Einstein said, gravity occurs when matter curves space. Here is a good and simple experiment to demonstrate:



grab a long strip of paper and bend it to some degree and then figure out what you have to do to turn some of this bent paper inside out. What happens to the paper and what does it look like? If you can figure out how to turn only a fraction of this bent paper the other way, you will probably understand this theory more clearly.















If matter produces gravity by warping space, then shouldn't there be an initial wave carrying a forward impulse associated with it? After the wave passes, then perhaps between that matter and another object there could be a reduced space? After that, maybe a farther push and a farther reduced space? If, so then this could be the answer to gravitational attraction. Second of all, it seems like the more space there is that is warped, then the farther out the space may reach, but relativistically, this wave may have the property of pushing something through space instead of expanding it. At the same time, maybe the pushing waves as a result of more and more space displacement get smaller and smaller and maybe the stronger force of the reduced space pulls one mass closer to another. Between the pushing impulse and the increasing reduction of space between, the nature of gravity as being a wave may arise. At the same time, maybe the reason for the departing galaxies may be a great big push from the initial space displacements and after that, maybe the galaxies may rapidly draw together from the gravitational attraction. The galaxies and other bodies of matter may move farther apart in the same way that driftwood is pushed to shore and pulled back into the ocean. This may result in a universe that accelerates in expansion, but as the pushing waves become weaker with distance, maybe this acceleration will become less and less until the universe stops accelerating in its expansion and begins to slow down (decelerate) in its expansion until it collapses. Another possibility may be that the pushing nature of the waves as the matter initially displaces space may increase once again as some of the space pushes into the matter and produce some degree of equilibrium, which may prevent collapse and also, after the deceleration, cause the large bodies of matter to move apart more and more rapidly again. This would produce a universe that alternates between acceleration and deceleration of its expansion.