Scientists Have Teleported Information On 3 Meters
Quantum teleportation
Professor Hanson and his team demonstrated that it is possible to teleport the information encoded in the subatomic particles between two points located at a distance of 3 meters from each other. This demonstration will be the first step towards developing a network such as the Internet between a very fast quantum computers, whose computing power is much higher than today's supercomputers.
Terms of subatomic world differ from the rules of our world visible to the naked eye. The particle can be in different locations and may simultaneously disappear from one side of the obstacles and appear at the other side, without pass the obstacle. All this relates to the quantum theory, which is the most successful model in explaining our world.
Terms of subatomic world differ from the rules of our world visible to the naked eye. The particle can be in different locations and may simultaneously disappear from one side of the obstacles and appear at the other side, without pass the obstacle. All this relates to the quantum theory, which is the most successful model in explaining our world.
Quantum computer
Many scientists are now working to develop quantum technology, which relies on the 'anomalous properties' of very small particles that make up our world. Development of a quantum computer could help solve the problem that modern computers face. Instead of the standard bits, which are used in computers now, there will be quantum bits, or qubits. During the experiment, the particles entangled three nitrogen atoms in the diamond and two electrons have been used to convey information to spin at a distance of three meters. Each bit corresponds to information '0' or '1', while the qubit can be a '0', '1' or 'superposition' both states simultaneously. Maybe someday in the future quantum internet, built on these principles can be used to transmit data at a distance of light years.
