The Road to Quantum Supremacy


After decades of hype and headlines, quantum computers are finally poised to demonstrate their superiority over conventional machines.
Precisely when this will happen is a bit fuzzy, though. What’s more, it will be a while yet before these magical machines will have any noticeable impact on our lives.
The point at which a quantum machine should be able to perform computations too complex to model on any conventional machine, a landmark known as “quantum supremacy,” is believed to be about 49 qubits, the quantum equivalent of the bits that represent 1 or 0 in a conventional computer.
Google’s researchers appear to be leading in the race for a 49-qubit machine though researchers at IBM’s quantum research lab in Yorktown Heights, New York have demostrated that it is possible to model the behavior of a quantum computer beyond the 49-qubit landmark by harnessing several clever mathematical techniques. IBM is also allowing programmers to experiment with its quantum computers through a cloud platform called IBM Q.

To surpass what conventional computers can achieve by processing information in the form of conventional bits, quantum computers exploit the counterintuitive, probabilistic nature of physics at the atomic and subatomic scale. By harnessing superposition and entanglement—concepts that baffled and annoyed Einstein—these machines can compute in a fundamentally different way, carrying out immensely complex calculations at speeds that would otherwise be inconceivable. Though how we get there is still a mystry,Viralsun will be here to let you know.
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IBM’s 16-qubit chip.













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