A strong team directed by researchers at NASA, Google and National Laboratory of Oak Ridge officially announced that quantum technology milestone has been achieved. In a new paper issued this week, scientists explained how they established a quantum processor that could accomplish complex computational tasks in about three minutes. In contrast, classical supercomputers will take around 10,000 years to run the same number. In short, this vast time interval represents what computer scientists and physicists have predicted long ago. Quantum computers can solve the problem that traditional binary computers cannot resolve at all. According to Travis Humble, the experiment proves that today’s quantum computers can leave behind the best traditional calculations in terms of comprehensive benchmarks.
The most shocking thing is that IBM researchers claim that the conventional supercomputers used in Google’s experiments were not used effectively, which explains the time lag of less than 10,000 years. By calibrating the Summit differently for the same research, IBM believes that “the ideal imitation of a similar task can be completed on a classic system with a higher fidelity within 2.5 days” – the researchers have issued a working paper and a blog post that proves this. Google Chief Researcher John Martinis said in an interview with the media that IBM’s initial rebuttal is still a hypothesis and must be confirmed. In any case, this debate will not shock the Google-led research team. Because of the high technical and scientific cryptic nature of the concepts and research involved, such controversy is not surprising. Interestingly, the controversies have also been projected.
In fact, as researchers intensify their efforts, this technical gray space may now be a vital area of the field, trying to combat the world’s most advanced emerging capabilities (still early) to check the capabilities of advanced traditional supercomputers against ultimate quantum computers, Despite the demands and counterclaims, the fact that several of the world’s leading quantum computing scientists are debating shows that the era of quantum hegemony has arrived, no matter whether it is definitive or controversial.