See how Dutch people move objects instantly

The Dutch have done this already. See how they transiently move objects.

Instant teleportation technology is still a product of imagination. But in the distant future, it is possible to get that technology, according to the teleporter research leader. There is no physical rule that prevents us from moving large objects, including human movement, which is the judgment of Professor Ronald Hanson at Delft University of Technology in the Netherlands.

There are no physical laws that prevent us from moving large objects, including moving humans.

Conversely, according to the laws of physics, moving at the speed of light is not feasible. But unlike moving with the speed of light, "What we use for instantaneous movement is the state of particles," said Professor Hanson.

"If you believe that you are just a collection of atoms in a certain way, then you can" move "from one position to another. It is not possible yet, so I will not rule out that possibility because there is no physical law to prevent it. "

Hanson's research team showed that instantaneous teleportation is possible. They were able to teleport a piece of encrypted information into the particle of the molecule, only teleporting at a distance of 3 meters but its reliability was up to 100%. In the distant future, it is possible that we will be able to do this with a living creature.

They were able to teleport a piece of encrypted information into the particle of the particle.

Successful testing is an extremely important first step to develop a computer network based on quantum computing, at a much greater rate than today's supercomputers.

This teleportation technology takes advantage of the binding between two "particles" to create a homogeneity, the state of one particle having an immediate effect on the other, regardless of their distance.

As the first particle rotates in the UP direction, the particle bound to it almost always rotates in the DOWN direction. In theory, and if the theory is true, then this will happen even if these two particles are at the ends of the universe.

As the first particle rotates in the UP direction, the particle bound to it almost always rotates in the DOWN direction.

In Hanson's experiment, three binding particles were used: a nitro atom locked into a diamond crystal and two electrons. The shift method has conveyed information about the rotation of these particles at a distance of 3 meters. Four different states have been moved, each of which is calculated by a "qubit" , an information unit equal to a "bit" in computing.

Each "bit" represents 1 in 2 values, usually two numbers 0 and 1. But a "qubit" can represent a zero, a 1 and the state of the particles.

The main goal of this quantum shift is to create a quantum version of the internet. , expanding the global network so that we can transmit quantum information. "We have proven that this is possible, this experiment has been successful at every attempt. This will be the first brick to build a quantum internet , " explained Hanson.

The shift method has conveyed information about the rotation of these particles at a distance of 3 meters.

Quantum information will be moved from one end to the other, without anyone being able to stop it. Hopefully, this will answer Einstein's objections about instantaneous displacement, and the ability to bring signals between two particles bound to the speed of light.

"But the technology barrier is still extremely big, which is why no one has done it yet , " concluded Professor Hanson.