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Richard Feynman states the possibility of using quantum effects for computation
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Richard Feynman gives a lecture outlining the potential advantages of computing with quantum systems. A major application: simulating the physical properties of matter, which creates a new path toward developing novel materials and pharmaceuticals.
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British physicist David Deutsch publishes the idea of a "universal quantum computer" that would operate beyond the limits of any classical machine.
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An international group of six scientists demonstrated that perfect quantum teleportation is possible.
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MIT mathematician Peter Shor presents an algorithm that can efficiently find the factors of large numbers, in theory significantly outperforming the best classical algorithm.
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Lov Grover, a mathematician at Bell Labs, presents an algorithm that would offer significant quantum advantage in searching unstructured databases.
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Jonathan Jones, Michele Mosca and Rasmus Hansen of Oxford University publish the first implementation of a quantum algorithm. They use a 2-qubit quantum computer to run Grover's algorithm.
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A collaboration between IBM and Stanford University publishes the first implementation of Shor's algorithm, factoring 15 into its prime factors on a 7-qubit processor.
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Yale created the first solid-state quantum processor, a 2-qubit superconducting chip.
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Scientists from Australia and Japan achieved a breakthrough in quantum teleportation, successfully transferring quantum data with full transmission integrity
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D-Wave Announces First Commercial Quantum Annealing
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Caltech physicist John Preskill describes the moment when "well-controlled quantum systems can perform tasks beyond what can be done in the classical world" as the arrival of "quantum supremacy."
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Edward Snowden demonstrated that the NSA is conducting a $79.7 million research program titled "Penetrating Hard Targets," to develop a quantum computer capable of breaking vulnerable cipher.
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NASA publicly showed off the world's first fully operational quantum computer, D-Wave Systems.
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IBM Research has announced that, for the first time, it is making quantum computing available to the public through the cloud.
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Google claims to have achieved quantum supremacy. The precise details are disputed, but ultimately the claim is accepted as valid.
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UNSW Sydney develops a way to produce "hot qubits", quantum devices operating at 1.5 Kelvin.