Uses of Superdense Matter

  I originally thought of proton wires, super dense superstrong fibers that would use the NS magnetic adhesion of protons which at close distance would be powered by the strong force binding the lines of force so much it would be a sort of super strong magnetic stuff. Two problems I realized are that if you take say two uranium atoms and unify them by the strong force they become radioactive because of the compression of the strong force and higher mass numbers give more and more instability of the half lives. So proton wires would be a solution here since only the NS NS of the fields would have the force and this would not be so strong to cause radioactivity. Even so the proton wires would have much stronger strength than any alloy by far of mere common electric type seen in the boxes and maps of the US it would take an hour to read on each visit out west! 

 The other problem is that the protons all have + charge and at close distance they would have strong plus charge causing large ions and unstable reactions. Thus I imagined proton wires with an outer electron tube, a sort of continuous atom with 0 electric charge also.

 This would have the density of Uranium and unusual electrical and chemical emanations. What would Sir Issac the alchemist say, I'm dead right while I type real good!


To add its strength to common materials I envision composite with fibers of the wires so it would in general be super strong, yet not so dense. Another advantage might be that the center wire is so dense the tunneling as in some experiments might be considerably faster than light, and this could perhaps be used in computers or communications and so on.

   I was in a hurry when I realized about this and I have lots of good science I find an inspiration. At the time I believed the proton wires might make have such high density they could be used for actually causing strong gravity. Carl Sagan in Cosmos says if we have some material from a dense star and dropped it (and he says laughing on the world processor, one could usually not do otherwise!) it would drop to the center of the earth and not stop, instead being so dense it would go through and then restart to the center from the other shore, and then repeat, punching holes till the friction would stop at the core of the Earth.

   This would have problems with cohesion. Gravity alone can hold neutrons well since the strong force has radioactivity as above, so the neutrons would soon fizzle out also and also decay in a few minutes to the protons and electrons. If we used protons alone they have too much charge also as above. If both of these problems were solved by the proton wire method, I realize that this only can have the density of uranium since the radius of an atom is just about 200 protons across, and superficially this seems the limit due to the geometry of the atom and elements. The protons have a line, how to make them round yet no collapse by the strong force and then radioactive reradiation as above?

   To make denser matter than just uranium, like for research about gravity, then I remembered a ye old 20th century physics volume about the science of super pressure where using anvils like diamonds common solids believed to be incompressible were reduced to 1/3 the volume. I realise this is achieved not by changing the coulomb charges around where the electrons of the atoms swirl, instead of by the quantum wells resistance, the compression seems by the magnetic fields since they aren't quantized and so I think a super dense solid for research about gravity might be achieved as follows; First we take flat crystal leaves of hydrogen based atoms and cool them, a great help in super pressure.Then we compress the atoms NS and they are so close the nuclei are much nearer than usual atoms, the atoms are in tandem with the spheres overlapping. The strong force can't reach to cause instability yet the density is higher than uranium.

 Or the wires could first be made and the charge of the protons reduced by the tube of the electrons. Then the density could be increased a lot by moving the continuous proton wires including the outer continuous cylinder so they overlap along the axis of the wire. The large charge of the protons would be reduced without this or the strong force's influence both protons and neutrons would have in a common atom. Even so the magnetic binding power of the protons would be much stronger than usual electromagnetic fields.

 Because the radius of an atom turns out to be just the same 200 as uranium, the density of this matter is in units of the Uranium. For example carbon with 24 neutrons and protons or just 24 protons' worth would be 24 times the density of the Uranium. Even so since the density is 100 times closer than for Uranium by the inverse second power law of gravity the force of gravity is 24 times 100 X 100 or 240,000 times Uranium. For the amount of protons in tin the force of gravity would be a million times that of Uranium. Larger masses of the solid would have the force multiplied up because of the large number of masses involved. I imagine small blocks of this stuff with supporting structures and by making it in small units it could be shipped and constructed on site for use.

     In my finding about this I looked up about super dense solids, and they have indeed found superdense aluminum that may be of worth to fusion as they say much easier than was believed possible like without radioactivity, and these uses are my own ideas, and I think we might make more of it by using plates and crunching them as above.

  Some have believed in the late 20th century science might use a super solid like this held by an arch above the ground to make enough lift to have 0 gravity near the surface of the Earth, the arch is strong no doubt.

  Super solids like this might be used to measure gravity with higher precision in a version of the usual method of rolling masses down inclined planes except with a small superdense mass so while the gravity is dispersed, the speed it rolls if slowed down be comes much more precise.

  Another use might be a gravity powered drill to go much deeper faster. This could have use in heat fracking and exploring. Uranium is already being researched for reactors so the heat and melting automatically might melt the products of reactors downward solving the problem of what to do with the reactor waste. A faster drill might be of value here too as in cheaper mining.

 Others have imagined that someday we might dig a ditch and then pour molten iron in to send a probe to research the geology below via melting the way down. A super dense matter might not need the ditch or heat to reach the realms below.

  I was unaware that a proton wire fiber would only be as dense as Uranium, so it wouldn't have the more distant use I realized a few years ago, the possibility of making enough of this stuff to drop in wells in masses like asteroids or the moon in order to try to make them hold oceans and an atmosphere. (The atmosphere itself might be gotten by using a laser to nudge a smaller block of star dust and ice, and this would move by a heavier such vaudeville revival, moving a heavier one yet, and we might have a heavy enough icy comet or several to add the water and air like to the moon if the gravity was strong enough, and this would seem a cost effective method of colonizing someday.) Proton wires are no more than uranium and may be of worth in materials science and more but this other type of matter Super Dense Gravitational Nuclear SDGN matter may be of value, making e.g. space stations safer.

 I believe fusion is not impossible, and I've had many ideas to improve the usual fizzle of machines like ITER as in my bestselling site  Reducing Radioactivity that was at the top of the search for about 5 years. If fusion would be in reach, we might someday use it to power heavy gyroscopes to actually change the Earth's spin. The dinosaurs had a weather advantage as I say on my encomputoria site about weather control in that search with a weather paradise on all the land N or S. I believe this may be why the dinosaurs were between endotherms and exotherms, and why no land animal have been so huge since then. All life since then has had the cooler night and cold is usually a fundamental limit to life so though reptiles are in the tropics they are small since even the desert in the tropics is often cool at night a limit the dinosaurs were uninvolved about. The earth was spinning faster then so the temperatures were evened out and faster precession may have allowed the heat to reach the poles even if the sun was at much the same level as heat is today. I believe if our bio rhythms could somehow adapt e.g. by machines like "heads up" we might one day be able to speed up the Earth's day by this or other methods like wires powered by the fusion to change the spin via conservation of momenta and the electric fields of the wires ect. The goal here could be a no winter world for billions of people, and agricultural improvements. This would take adaptation no doubt, but even so it seems interesting and a possible option for the future if our machines are improved.

  Another use of fusion and large gyroscopes might be to stop a future ice age since as I say on my Weather Control site the acceped idea about the ice ages is the 100,000 year cycles, yet there are 250,000 year cycles and 75,000 year cycles that fit in generally yet all the glacial ages fit in exactly with 25,000 year times of starting and stopping, thus by changing the precession in these same cycles we might hope to have influence on the ice ages if needed in some future time.

 My belief about this is that the sun indeed was burning cooler by way of the influence of a comet having impacted the side of Jupiter like perhaps the Great Red Spot, and it's iron rich magnetic influence having damped Jupiter's influence on the sun cooling the Earth, and then the cycles like precession and the general 100,000 year cycles may have modulated it. If not cooler why not all the time since the dinosaurs, and if in cycles how so cooler? Someday via fusion we might send machines to modulate Jupiter's field e.g. by melting the spot or other methods as I say on my site. And fusion power may allow us to perhaps control both causes of the ice ages or indeed to have warm weather year round anywhere there's land.

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