One time, many years ago, I saw a show that really made me think. It was science fiction not science fact, but it just had that tinge of possibility that made it very interesting. Two scientists had discovered a whole new universe in a drop of water using an experimental microscope that they had just invented. This may sound a little crazy as I talk about it, but I'm only telling you about this to illustrate a point. That point is that what we think our universe is, could be completely wrong. There are many things in this universe of ours that just can't be explained using the current theories that were created to help us figure out these things. An example of this would be why are some of the planets putting out more energy than they receive? Does this not go against everything that we have been taught? It would be nice to believe that everything fits into this nice little envelope and we can seal it up. Things just don't work that way. We have not reached that point yet. There is so much going on that we just don't understand. I hate to say this, but we are just too primitive at this point in our history to be able to figure all this out. This certainly doesn't mean that we won't understand how the universe works in the future. At the rate we are going with all of our scientific advances, it is only a question of time before the secrets of the universe present themselves to us on a silver platter.

Cydonia Region Of Mars. Notice Face And Pyramids

I have been reading a very interesting book. It talks about a fourth dimension. This is not the main theme of the book however, but I thought that this section was very enlightening. The name of the book is "Dark Mission" by Richard C. Hoagland and Mike Bara. I have only read the first 50 pages and the forward so far, but what I have read pertains to the mysterious excess energy coming from all the worlds. I didn't know this, but it seems that as far back as a hundred years ago there were mathematicians who had perfected a new type of physics that accounted for everything that we are seeing here. The amazing part of this is that the most famous one of all, Maxwell, had his theories revised after his death by another physicist who decided to leave out much of his calculations because he didn't agree with them. This apparently led to much of what we believe today and deprived us of this extra knowledge for all this time. Hoagland claims that he discovered all this by plotting the way the monuments in the Cydonia region on Mars are laid out. I won't go into how he did this, since I believe it is a little too complicated for this discussion, but I would like to say this, the plots that he figured out seem to be relevant to the entire solar system, which includes all the planets, moons and Sun. Basically what Maxwell had figured out was that if you add a fourth dimension to his calculations, his measurements become a lot more accurate. Hoagland added to that by slightly changing the definition of angular momentum. Most scientists believe that angular momentum of a planet or a body is calculated by their mass and rotation. Hoagland states that he has discovered that you have to add the rotation of all of the bodies in the system to get a correct answer to the amount of energy being given off. He says by doing this he can account for the excess energy being put out by the planets. He states that all of the bodies in the solar system and maybe this will be true for all solar systems, are connected through a fourth dimension that manifests itself by producing energy in this dimension

Could it be that we have now solved one of the mysteries of the universe? If there is a fourth dimension how can we prove it? Hoagland states that a scientist named DePalma has already done that. He says that DePalma, who just happened to be the brother of the famous producer, conducted an experiment using metal balls. What he did was to shoot them out of a device using the exact same force for both of the two balls. One ball was given a very high rotational speed while the other was not. The ball with the high rotational speed bounced higher and came down faster than the other ball. Under Newtonian physics that should not have been possible, therefore the rotating ball clearly gained energy from some source. Could this have been from the mysterious fourth dimension? Both Hoagland and DePalma believed this to be true. Unfortunately DePalma died before he could continue his work. We don't seem to be hearing much about this type of work anymore. I just have to wonder if it is being performed in some black ops program deep within the bowels of secret government projects.

One has to wonder if this so-called fourth dimension could have anything to do with the discovery that seems to connect atoms, no matter how distant they may be? Just in case you don't know what I am talking about, I will gloss over it. Scientists have found that if they do something to one atom, in some cases it will effect another atom instantly. The distance between the two atoms has no bearing on the speed of the result. To put this in plain English, if I took an atom on the earth and somehow changed it, there would be an atom somewhere else, no matter how far out in the universe, that would change instantly without regard for speed limitations. This really sounds fantastic doesn't it? It seems that the only way that this might be possible is if some shortcut was involved. Not only that, but it also demonstrates that there is some sort of connection and it might exist for everything that we know, all matter. You can't help but think that if atoms come in pairs, do we? Could it be that there are also more of us somewhere else? if this turns out to be true, then it seems that everything we might do, they would do and vice a versa. This is just too strange to even contemplate.

We are always so sure of our science. We say that the earth is about 4 1/2 billion years old and so forth, but what if the calculations that we base this on turn out to be wrong, because there were unknown factors that were +present when these calculations were made? If there really is a fourth dimension that contains energy, might it not have some effect on the estimate of the age of the earth for example? It seems that it would certainly have an effect on the age of the Sun, because it would prove that the Sun is not burning up nearly as much energy and mass as we think it is. This would mean that the Sun could last a lot longer. An example of this would be the fact that the Sun might be only using half as much of its own energy as we think it is and the other half might be coming from this fourth dimensional location. Would we then say that the Sun is at least twice as old as we think it is? This would certainly be a surprise to the scientific community, since most of them hate to think outside of the box.

Should we go back and check the research all the great scientists? Sounds crazy doesn't it? Well it may not be so crazy after all. How do we know that there haven't been other scientists who have made astounding discoveries which have just been overlooked or modified by their peers? When Maxwell's theories were altered after his death, we lost at least 100 years of technology. Actually it was probably far more, since we lost a hundred years in time. Technology happens to progress a lot faster than time itself. Who knows where we would be at today, if we would have adopted his formulas then. For all we know, we might have had free energy by now. If his calculations did explain how planetary bodies gained extra energy, we might have been able to build machines by now that would've accomplished using this energy for the human race. That is why I say it may be worthwhile to go back and see the original works of some of the other great scientists in our history and maybe even those that weren't so great.

It just seems reasonable, that there had to be others in all this time that might have come up with some very interesting ideas. It could turn out that history is not always about progress in that maybe some great historical discoveries should be discovered again because they may be more advanced than anything we have today.