Chapter 1. According to the laws of nature
The following models are known that imply movement in time:
- wormhole - theoretical passage through the fabric of space-time, predicted within the framework of general relativity;
- Tipler cylinder;
- "Donut" vacuum;
- tachyons (hypothetical particles for which the speed of light is a state of rest);
- cosmic strings - hypothetical string loops that allow travel into the past;
- black holes;
- the circular laser of Professor Roy Malette;
- quantum teleportation;
- Lovondatr by Vadim Chernobrov (MAI).
Variants of a time machine involve a change in the rate of chemical and physical processes, including known time standards. For example, having flown a large number of times around Tipler's cylinder in order to travel to the past, a traveler "in time" will arrive on Earth retaining his biological age, but the coordinates of time and space on Earth at the moment of return will not change.
Another example is the “twins paradox” in SRT. When one of the twins returns to Earth significantly younger than their half-brother, etc.
In other cases, it is proposed to send (create, modify) elementary particles for communication with the "past" (Roy Malette's time machine). But who and how will receive this information in the past is unclear!
Chapter 2. Experience - the criterion of truth
Vadim Chernobrov's "Lovondatr" is a really working engineering structure. In this design, radially located selenoids are used, creating a gradient of the electromagnetic field strength with respect to the center.
Promotional video:
There are proven models of time machines: "hedgehog" Albert Veinik and "mirror" astronomer Kozyrev.
Inspired by the experiments of the astronomer Nikolai Kozyrev, Albert Veinik made his "hedgehog" out of … cardboard! Radially oriented cardboard plates converge towards the center (diverge from the center). Which, in principle, resembles Vadim Chernobrov's Lovondatr. The radioactive isotope in the center of the cardboard structure changed its decay period - one of the time standards!
Another version of Albert Veinik's time machine was assembled from straw and mirrors. The change in the density of matter unites all these constructions!..
Kozyrev's devices are also designed to register changes in the density of matter (changes in the structure of physical bodies). For example, when acetone is evaporated. This feature allowed Kozyrev to determine the true position of stars faster than light.
Chapter 3. Virtual Time Machine
We see the Sun at the speed of light. But thanks to Kozyrev's instruments and experiments (hypothetically), it is possible to register changes in the Sun (the structure of the Sun) instantly! We will have two images of the Sun from the available present time. But one of them will reflect a more distant state of our star.
Perhaps someone did not notice or does not know, but Doctor of Physical and Mathematical Sciences Albert Veinik (Minsk) in practice, with the help of his "time machine", used a similar operating principle to save time in the production of cast iron castings …
Artificial intelligence is actively used today for astronomical and astrophysical observations, sometimes registering events with a sensitivity of up to one photon. There is experience in creating self-learning computer programs, which continue to improve thanks to computers and humans.
Let us offer such a system ("smart" telescope) the two above images of the Sun. I register the difference, the system will very quickly calculate the algorithm for the sequence of natural changes. What is beyond the power of the human brain!
With such an algorithm, a self-learning computer can carry out calculations. In this way, we get a probable image of the Sun in the more distant past (interpolation) and in the near future (extrapolation). The accuracy of the picture of the probable future or probable past on the monitor screen will depend on the accuracy and speed of the calculations. Comparing the result with the real past, the system will improve itself.
Hypothetically, it is possible to direct such a "smart" telescope with "Kozyrev mirrors" at any visible object and … see it in the probable future or in the past. The clarity of the picture on the screen will depend on the accuracy of the calculations. It will require colossal computing power. Thus, the creation of a quantum computer, for example, using “quantum teleportation” (Chapter 1) and the creation of a virtual time machine are practically identical tasks!..
Chapter 4. To see Peter the Great!
I dream that in the near future any schoolchild will be able to use the visible image of Peter the Great or follow the fate of his assistant Aleksashka Menshikov in the past to illustrate his essay on fiction. But how?..
The earth is entangled in a network of artificial satellites that allow registering changes on its surface day and night. The source of light during the day is the Sun. Photons, including infrared radiation, bounce off the surface of the Earth and travel far into space. These photons carry images of the past, similar to those that can be seen from the Earth's orbit. Due to the enormous size of the Universe, the images of the nearest earthly past are now traveling in space. But as soon as the structure of this radiation changes (absorption of photons), all this should instantly (!) Be reflected in changes in the density of "energy-time" (by Kozyrev's definition).
Thus, if a virtual time machine (Chapter 3) is created, then the registration of information, images of the past from the Earth's surface will become possible. A database of reliable data on the history of earthly civilization will be created.
You can fantasize further, for example, how the "wave genetics" of Peter Gariaev could find a specific "address" in the specified database of the "time machine" for paleontological or anthropological research. But there can be many such inventions …
Literature:
1. Vadim Chernobrov. "Experiments on the creation of a time machine." From the collection "Over the abyss of undisclosed secrets", M., 1996.// [Electronic resource] URL: https://www.x-libri.ru/elib/chern002/00000001.htm (accessed 16.10.2018)
2. Vadim Chernobrov. "See you yesterday" (reprint from the magazine "Technology of Youth" No. 2, 2002) // [Electronic resource] URL: https://science-freaks.livejournal.com/350158.html … (accessed 16.10.2018).
3. “Seven bricks for the temple of the Universe” (interview with AI Veinik) // “UFO: pros and cons. Contact? There is a contact!”, Issue 2, collection 2. Club“Fenid”, Gomel, 1990, pp. 9-20.
4. Veinik VA, "Veinik's Temporal Storage Designs." Review February 15, 2009 // [Electronic resource from the site "Fizmat"] URL: https://www.veinik.ru/science/experiment/article/82 … (accessed 2018-16-10).
5. "Theoretical physicist Roy Mallet about his time machine // [Electronic resource from the site" Secrets of the World "] URL: https://secrets-world.com/supernatural/9114-fizik-t… (accessed 2018-16-10) …