Dr. Zhang-qi Yin from Xinghua University and his colleague Professor Tongcang Li from Purdue University have developed a new method that will teleport the memory of living organism A into body B. In this case, both organisms will be at a fairly large distance. Scientists conducted the first experiments on bacteria.
In their work, the researchers focused on the Schrödinger's cat principle. Recall that the scientist Schrödinger proved that any body can be in a superposition of alternative mutually exclusive states. As an example, Schrödinger proposed a thought experiment. Let's say that the cat is locked in a steel box, along with a container filled with a radioactive nucleus and harmful gas. The experiment is designed so that the probability of the flask decay in the box is 50%. If the container opens, the cat will die. The box is closed and asked to answer the question whether the cat is alive or dead after an hour. It is impossible to answer this question. It turns out that the cat is in a superposition of two states at the same time.
Scientists from Xinhua and Purdue also relied on this theory. They put the bacteria on an electromechanical oscillator and put them in a superposition state by connecting the oscillator to a superconducting circuit. A microorganism, whose mass is much less than the weight of the oscillator platform, was introduced into a quantum state. Then the scientists introduced the magnetic field into a state of a strong gradient - the memory and state of a living organism were teleported to another organism located on a remote oscillator.
Valeria Bryusova