Jack is back, as you might see.

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Kimmo Huosionmaa

The reply above the text is from the well-known movie "Shining", what is a very good example of the so-called closed room story, what is so good, because of the impressive acting of Jack Nicholson. This story is a very good example, what the brain damage or tumor in brains might cause for people. Sometimes attempt to make scientific texts is very boring, and the feeling is like in some funerals, because every letter or thought must be shown as the truth or false by using empirical methodology. And that means that the theory must be proven true by using a series of tests, and that makes people on the edge of the peptic ulcer.

But there are many tests, what we would ever make on the Earth. One of those tests is to make the spacecraft jump to the fourth dimension by using the physical phenomenon, that the speed of light is lower in the medium. And the theory goes, that if we would shoot the particle to the sea by the speed of light, and when the capsule would hit to the sea, it would be travel faster than light in a very short period.

This phenomenon happens all the time in the neutrino sensors, where the electron travels faster than light in the microsecond. In this time it would send the blue light shock wave to the sensor. If we would use this method with some capsule, it would travel to the future or the past or in very far away from our planet. But there is one very big risk. When the capsule would hit to the water, it would transfer the very high load of energy to that material, and the all planet can be destroyed. This is one reason, why this theory, that we could use the edges of the material for space or time travel is absurd. But this kind of things is very good to think.

If we would use the particle accelerator for that kind of tests, we might risk the life of the entire planet. If that test would go wrong, releasing the energy would be the most destructive thing, what we could ever think. But sometimes I have wondered, can we sometimes make the probe, what we can shoot to the different time. In this case, I think about the peanut-size probe, what would shoot thru the edge of two materials. This test would be dangerous, and something goes wrong, will the impact energy be very destructive. In normal collation, tests are used only Protons and Electrons, what have the less mass than some probe. And if there would be some problems, the results will be devastating.

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http://discovermagazine.com/2014/sept/9-ghosts-of-the-universe