![]() in terms of developing quantum computers, but considering the amount of investment that they are making in quantum technology overall, we can expect they will try to step up their game in this aspect as well. We need to take measures now to defend against what quantum computers will be able to do in the future in terms of encrypted data. We can’t wait until quantum computers come online to start worrying about protecting our data. Controversial though it was, what Google did is proof of what is possible, and it underscores the reality of the threat that quantum computers will pose – or already poses – to the security of our data today. Google announced in September that it achieved “quantum supremacy”, which sparked quite a reaction. Bringing a quantum computer online as soon as possible is certainly the goal for the major industry leaders, even if they are approaching that goal from different angles. Progress made over the past year, and emphasis placed on promoting the development of quantum skills by key companies such as IBM indicates that the timeline will only speed up. The computers may still be in the labs, but they are here nevertheless, and we need to start thinking about the impact they will have now.Įstimates for when we will see a viable commercial quantum computer – outside the lab – vary, although it’s safe to say that it’s just on the horizon. Fast forward to today, and quantum computers have developed to the point of processors such as IBM’s quantum computer. In 1998, a 2 qubit NMR quantum computer demonstrated a quantum algorithm for the first time. Quantum computers moved from the conceptual stage to the experimental production phase in laboratories in the late ‘90s. When Will We Have a Commercial Quantum Computer? It’s certainly something we need to be concerned about now. Whether that data is personal data or national security-related data, the cybersecurity threat is significant. Of course, another impact will be the ability of these computers to break the encryption we rely on today to keep our data secure. Though the claim was instantly controversial, the implications this has for medical research, artificial intelligence and a wide range of other fields are enormous. Google, in fact, claimed it achieved “quantum supremacy” by demonstrating the use of a quantum computer to perform a calculation (in just 200 seconds) that would have taken the most powerful classical computer tens of thousands of years to complete. They will be able to run circles around today’s computers, solving problems infinitely faster than the world’s most powerful supercomputers. Quantum computers are getting increasing attention because of the tremendous power they will have – all by harnessing the unique properties of quantum physics. ![]() ![]() They see the quantum train coming, and it’s going to get here sooner rather than later.Īlthough IBM has no immediate intentions of selling its “Q System One” device yet, the achievement nevertheless represents the continued efforts to produce a quantum computer that can be sold to the public and it begs the question at the forefront of so many minds in this field: When will we have a commercial quantum computer – a viable one, anyway? With that, IBM urged developers to start pushing the envelope in terms of learning how to program quantum computers and how to use them to solve complex problems. Fast forward to January 2020, and the company claimed at CES 2020 that we are now in the decade (the 2020s) of quantum computing. At the beginning of 2019, IBM unveiled its first commercial quantum computer. ![]()
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