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ScottTheSculptor
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- January 2012
"Church of Logic" Open statement
   Thu Jan 26, 2012 2:20 am
Updates to the universe - blog version
   Tue Jan 17, 2012 10:47 pm
"The Church of Logic" pg2 ... draft
   Thu Jan 12, 2012 7:15 am
"The Church of Logic" pg 1
   Thu Jan 12, 2012 7:14 am
The Evolution of the Human Mind
   Thu Jan 12, 2012 7:12 am
The whole dang universe
   Thu Jan 12, 2012 7:11 am

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The whole dang universe

Permanent Linkby ScottTheSculptor on Thu Jan 12, 2012 7:11 am

An alternative to Einsteins "spacetime". by ScottTheSculptor

There is only one type of "thing" in the universe. It is a quanta string. It is one dimensional and only has length. *Everything* in the universe is built from these quanta strings. The smallest divisible unit in a quanta string is a quantum.

If any one of the quanta string moves it creates time. Time is a force created by the movement of of a quanta string. Time could be considered the universe's resistance to movement.

The faster the 1D string moves the stronger the force. This causes two things. The force of time both bends the path of the string and the field it creates extends farther from the string. This affects other quanta strings in range of the field. The lag in the creation of the field from its zero end ensures a 2D structure.

Any bend in the path of a string will create a loop. The path will always meet perfectly since a one dimensional thing being pulled by a force that creates a two dimensional field can only create a flat plane. A complete loop is what we call an "electromagnetic wave". This loop only has an inside - a 1D thing only has one edge - there is not an outside to the loop. (!)

Big loops complete slowly. The completion rate is the frequency. As the string moves faster it makes a stronger acceleration field and bends tighter. Small loops are visible light. A loop that has its head *almost* catching up with its tail is the highest frequency/energy of a wave (*epsilon ray). Electromagnetic energy is an open loop.

Once the head catches the tail an electron pops into our awareness. Stable matter is a closed loop. The mass of an electron that we measure is the distance that a closed loop "pushes" into 3D space when spinning at our current "speed of light". If you could stop the local passage of time the electron would "relax" to a rest mass of zero.
The faster you spin an electron the more the diameter contracts and the further it "pushes" into 3D space and the more mass/energy it has. The path of the 1D string has become a wavy cylinder and the 2D acceleration field gets "depth". If another string tries to cross the center of an electron its path curves so quickly that it never makes it to the other side. This makes a magnetic monopole. Electrons *can* be monopoles. Sinced quanta strings can be of any length, electrons can be made up many quantums worth of charge and mass, the monopole effect only works for electrons below a maximum diameter in any particular time flow.

If the electron spins faster than a particular maximum rate something strange and wonderful happens. The loop can't maintain the cylinder shape of the electron and "pops" into a new 3D path. The tiny center is rotating quickly and the loops were just hanging out too far to keep up. The new path is so much longer that a proton is nearly 2000 time more massive than an electron. The loop looks something like a Lorenz attractor equation. As the spin gets higher loops are added. At the first loop we call this a proton. add the second and it's a neutron, add more spin and its a helium nucleus. Continue on to build ever higher spins and masses. "Looks like" one loop to argon then add a second to get metals and a third to get the rare earths. (made in the big stars further down this document). Isotopes would be variations in the tails of the multiple 3D loops..

An interesting feature of the Lorenz equations is that the path goes chaotic at higher values. This is the source of radioactivity. All the other paths are stable.

Another feature is that for some portions of the path the string is moving backwards against the forward rotation of time - even though it is still moving "forward" allong the path. This creates short sections of anti-magnetism. Since the loops are stable within their energy states these anti-magnetic "spots" have distinct three dimensional relationship to each other. These are "positive". Anti-magnetic fields attract magnetic fields. These are the connection points to stick folded string together.

This makes ferromagnetism much easier to explain. Electrons are spinning cylinders that stick to distinct spots on an iron atom. If you put an iron bar in a magnetic field they will detach then reattach spinning in the same direction. Smack the iron thing hard and the electrons will disengage and re- attach spinning randomly.

Super conductivity then becomes a balance between the anti-magnetic spots of the atoms and monopoles of the electrons. "Cool" the material - slow its time - and the electrons will relax.

This brings us to "particles". Particles are just helixes. They were loops and were broken by matter smashing into matter. The helix has mass from it's depth. Spirals can be in either "hand" and be spinning in opposite directions. These "reverse helixes" are called anti-matter. All helixes "unscrew into time" to decay. Closed loops are stable.

Now that we have time, energy, light, matter, and magnetism, let's move on.

Gravity "looks to be" the lag in the 2D time field. Acclerations by the field itself is considered electromagetism. The "delay gradient" of the lag has to be some fundamental constant. If so then both matter and energy have the lag and can interact. Light would have gravity with no mass.

Any loop will accelerate another loop. Any matter in the universe will be attracted to any other matter in the universe. As long as time passes. With no time flow matter repels as the electrons relax. But there is always time in a magnetic field. So matter maintains itself with no time. As it collects together in an external magnetic field/timeflow, matter builds its own field. Once the field gets strong enough it starts "creating" electrons by spinning quanta strings fast enough to close the loops. This makes more mass that makes a stronger field that attracts more matter. Eventually the field is strong enough to create protons and it grows ever faster. More mass, more field and helium gets made. In fields strong enough to produce other energy and "particles" in the process. A star is born.

Keep adding time that gets converted into energy and mass. The thing just keeps growing. A red giant is a solar system whose planets are all massive enough for the production of hydrogen. Lumpy stars. As the mass climbs the elements are made. The higher time rate stars are "black" to us. We think white dwarves are massive and tiny because their radiation is mostly blue-shifted out of our timereate. The mythical "black holes" are actually dark stars that have all their output blue-shifted beyond our timerate. Most of the stars in the universe are blue shifted beyond our timerate - we can't see past iron(?). The sky is "dark" because our timerate is on the low end. Helium stars are very young. Type 1A supernovae are red-shifted to where we see the same top end of radiation from explosions that are very different in intensity. Build high timerate telescopes to observe the dark stars.

The only thing that will "kill" a star is "running out of time". As long as there is a steady source of time the star will continue to grow. Stellar time accidents are novae. In a high timerate environment a sudden lack of time would relax the high energy electrons and shut off the glue sticking everything together. If this volume of undone matter is large enough to push against the general flow of time a curtain of time flow reversal causes a wall of null time spreading outward. I'm guessing that if we can see the star before it goes it is a nova, if it was black before it went it becomes a supernova. There is evidence of a star "burp", a small cavitation would not reverse the flow - a small "stellar time accident".

Galaxies convert strings into matter. There are such things as novae. Stars *can* run out of time. How many quantra strings are in the universe? Are new strings being created somewhere? Are all strings eventually going to be chopped into the smallest pieces and converted to matter? With the strings used up there would be just more novae. Endless cycle, until there is nothing but hydrogen and helium?

This theory matches all observations and experimental data. It does not match the conclusions drawn from the data.

The most salient point is that there are things in the universe that are not 3D. Physicists assume all things are 3D "particles" or "waves". They also believe the speed of light to be constant across the entire universe.
With time moving "spacetime" is impossible. The "speed of light" becomes "the rate of time" and is local. Nothing can travel faster than the local "rate of time".

So . . . if stars are emitting radiation at a timerate faster than ours . . . we can't see them. The local timerate is dependent on the local star. Its "consumption" of time - the conversion of it to matter. We live in that timeflow. That gives any light coming in with the timeflow redshift. Outside this galaxy redshift is from the timeflow to the entire galaxy. Hubble et al decided that this meant the universe is expanding. It is not. Recently the increasing rate of timeflow resulting from the growth of the galaxy has been interpreted that the expansion is accelerating.

Relativity is the relationship between the quanta string flow density that establishes the "speed" of 2D light and the energy gained within 3D matter accelerated in that flow density.

Schrodinger stumbled onto an equation that sliced a 3D path of a 1D string in a 2D plane to watch in amazement while it would appear and disappear. The assumption that the loop was symmetrical and part of spacetime created the error that resulted in different results every time you tried to pin it down. The local coordinate system of the asymmetrical form was random since you didn't know it had a local coordinate system - or that it was an asymmetrical form. Plus you are bouncing 2D light off of it that has its own coordinate system and random approach angles. All this contributes to "Uncertainty".

Einstein says that time slows for those things moving faster . . . uhm yeah, to the outside observer "time slowed" when particles decay only because it lasted longer than it was supposed to, To the object it just gained extra energy as it was unscrewing into time. If any 3D thing moves at all its internal energy increases to a higher "speed of light". The locally measured "speed of light" is the local *minimimun* energy of any matter. A moving clock counts slower, but time does not slow..

Drop the magnetic flux density equation in place of "C" and everything reduces to movement(distance) and force.


Common sense returns.
Last edited by ScottTheSculptor on Mon Feb 13, 2012 8:21 pm, edited 3 times in total.

Scientists are going to get mad at me. I'm breaking all their toys - Black holes, time travel, wormholes, multiple dimensions, quantum magic, wave/particle. Aye Aye Yi!

found a way to see the dark stars - an epsilon ray detector.
Now we know what everything is and we can also see it, uhm when they build it :-)
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