Alert: Evil On A Whole New Level, Inter-Dimensional Teleportation is Now A Reality

Cloning, teleportation, inter-dimensional beings; the very concepts of these topics remain on the fringe side of science and technology. However, the truth is that many physicists seek to prove that it can be done. Now, for the first time; it has happened. The ‘Quantum Quirk’, made two atoms exist in two places at once.

Science has done something that cannot be undone; it mixed with the spiritual. This is the “New Era”.

• Scientists have created atoms in the same quantum state 21-inches apart
• They have broken the record for creating quantum superpositions in atoms
• The breakthrough may eventually make it possible to ‘teleport’ objects 

The quantum superposition principle allows massive particles to be delocalized over distant positions. Though quantum mechanics has proved adept at describing the microscopic world, quantum superposition runs counter to intuitive conceptions of reality and locality when extended to the macroscopic scale¹, as exemplified by the thought experiment of Schrödinger’s cat². Matter-wave interferometers³, which split and recombine wave packets in order to observe interference, provide a way to probe the superposition principle on macroscopic scales⁴ and explore the transition to classical physics⁵. In such experiments, large wave-packet separation is impeded by the need for long interaction times and large momentum beam splitters, which cause susceptibility to dephasing and decoherence¹. Here we use light-pulse atom interferometry^{6, 7} to realize quantum interference with wave packets separated by up to 54 centimetres on a timescale of 1 second. These results push quantum superposition into a new macroscopic regime, demonstrating that quantum superposition remains possible at the distances and timescales of everyday life. The sub-nanokelvin temperatures of the atoms and a compensation of transverse optical forces enable a large separation while maintaining an interference contrast of 28 per cent. In addition to testing the superposition principle in a new regime, large quantum superposition states are vital to exploring gravity with atom interferometers in greater detail. We anticipate that these states could be used to increase sensitivity in tests of the equivalence principle^{8, 9, 10, 11,12}, measure the gravitational Aharonov–Bohm effect¹³, and eventually detect gravitational waves¹⁴ and phase shifts associated with general relativity¹².

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