“As long as you do not do the unconscious – conscious, it will be guided by your life, and you will be called this purpose. „
C.G.Jung
Admit that subsequent articles will be increasingly difficult. I’ll try to write them so that, if possible, can be understood.
Few people know that the problem of the possible existence of a time machine already encountered Albert Einstein himself. His close friend and colleague, the mathematician Kurt Godel, amused himself by solving the equations of Einstein’s theory of gravity in a variety of odd cases. Eg. In 1949. Pondered the universe, which the slowly rotating. It turned out that such worlds allow travel through time. In the „Reviews of Modern Physic” wrote: „When you go in a circuitous journey in a spaceship after a sufficiently broad curve in these worlds can reach any area of the past, present and future, back and forth.” Michio Kaku in his book „Hyperspace” writes that Einstein destroyed our faith in the absolute time, independent of space and matter. Time Einstein reminds mighty river flowing in front of him, often meandering through the valleys and plains. „The presence of matter and energy can temporarily change the course of the river, but in general terms its direction is fixed: Do not suddenly breaks off or returned. Meanwhile, Kurt Godel proved that the river of time, you can gently turn back. In the end, the rivers can create eddies. although the river flows to the front, on the shores of the bay often arise where the water flows in a circular motion „- Michio Kaku added. From the astronomical observations, however, shows that although the universe is expanding, it does not rotate. Therefore, time loops Godel alarmed Einstein, but in the end were ignored when it turned out that certainly does not apply to our world. But the seed was sown uncertainty. The more that Einstein’s equations are difficult to unravel, and the consequence has often surprised physicists. Eg. The result of which the possibility of such extraordinary creations like black holes, which lost forever depths of matter and light (their existence was confirmed on 99 per cent.). In the ’60s, physicists have found a lot of other amazing solutions to Einstein’s equations that describe eg. Black holes – which, like a rotating Godel universe – allowed to move back in time. „You can find a solution to the field equations, which describe virtually any strange behavior” – wrote in 1976. In „Physical Review Letters” Frank Tipler Tulane`aw from the University of New Orleans. You can, however, raise the question whether the existence of beings which do not prohibit the applicable laws of nature, must exist in reality?
Equally strange effect of Einstein’s theory, although already rooted in the minds of physicists and experimentally confirmed the existence of which is the ability to travel in the future. In a moving vehicle, time runs slower. Traveling at the speed of light close to the center of our galaxy and back (if only to see if in fact, as astronomers speculate, there lies a huge black hole), the crew continued to only a few years, but it would have passed on Earth at this time tens of thousands of years. Fast-moving travelers just make the jump into the future. This effect, called time dilation is confirmed thousands of times in Earth laboratories. The lifetime of such. Muons – elementary particles that would normally die quickly and break up – greatly increases when they are scattered to the huge speed in the accelerator.
Contrary to popular claims of some scientists believe that time travel is possible. Recent simulations of the photons, conducted by physicists at the University of Queensland, seem to support this theory.
Physicists studied by simulating the two possible outcomes for a time-traveling photon. In the first case, the first photon gone back in time through a wormhole (ie. A wormhole) and would have made the interaction with its previous version. In the second case, the second photon traveledy by the normal space-time but would affect the photon, which is stuck in the closed loop time. Analyzing the second photon, managed to also examine the behavior of the first photon.
The survey results gave scientists to understand that time travel is possible, at least at the quantum level. There is no assurance that such a trip could take larger particles or even whole groups of molecules, and conduct review at the time of man remains a big mystery. So you can expect further research in this direction.
A thorough study of the curvature of space-time would require us to get closer to the black hole, or other object of similar weight, which is at present unlikely. However, you may be able to recreate such a curve in the laboratory.
An interesting idea came up last Nikodem Szpak of University of Duisburg-Essen, who invented that can close the supercooled atoms in an optical lattice created by lasers – and if the laws of thermodynamics and quantum mechanics are correct that these atoms should behave as if they were in a curved spacetime.
Scientists will be able to change the pattern of the grid, and thus they will be able to change the pattern of this kind of curvature which allow for an experimental verification has many interesting theories – they can thus simulate space-time on the event horizon of a black hole, or the one that existed just after the Big Bang.
But first you need to confirm that this same method will work in practice.
A group of Italian physicists created a model of the universe that proves that the time is merely an illusion. Such assumptions appear, moreover, for some time, but have been lacking for this claim hard evidence.
According to experts, the passage of time is the only strange feature of quantum entanglement. The discovery may help solve the problem consisting in finding a unified theory of everything. Currently operate separately, both theory of quantum mechanics and relativity. Both, however, seem to be mutually exclusive, and only the removal of the time factor can be traced to the common area.
Already in 1960 proposed Wheeler-DeWitt equation that coping with the problem of inconsistencies in both the theory just by removing the time. It was only in 1983, physicists Don Page and William Wooters, offered an explanation according to which the problem can be circumvented time using the concept of quantum entanglement.
They suggested that the idea that the quantum objects are entangled at the quantum level, what it boils down to the fact that you can only measure the properties already determined. From a mathematical point of view, the proposal meant that the clock as such does not work and go after tangling with a particular universe.
But if someone preview us from another universe would see us as static objects, and only his coming to us and quantum entanglement would literally cause in us a sense of the passage of time. This hypothesis was laid the foundation for the work of scientists from the National Institute of Meteorological Research in Turin, Italy. The physicist Marco Genovese decided to build a model that will examine the specificity of quantum entanglement. They managed to reproduce the physical effect of indicating the validity of this reasoning.
Created model of the universe consisting of two photons. One of the pair was oriented – polarized vertically and the other horizontally. Their quantum state, and therefore polarization, is then detected by a series of detectors. It turns out that as long as there is no final observation’s crucial datum photons are in the classic quantum superposition, which is oriented both vertically and horizontally.
This means that the observer reads the clock determines the quantum entanglement affecting the universe, a part of which becomes. Then the observer is able to pick up the next photon polarizations based on quantum probability.
This concept is very tempting, because it explains a lot of things, but it naturally leads to the necessity of the „super-observer”, which would be more than all the determinism and would control everything as a whole. In other words, try to understand whether it is or what time it is naturally brings us to the concept of the existence of God.
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