Quantum computers are, unarguably, the next great evolutionary step in the development of computing tech. Their successful creation will be a paradigmshifting achievementone that will alter the future of humanity and revolutionize operations across a broad spectrum of applications.
And in case you missed it, we just took a massive leap forward into this new realm.
Last week, in a stunning reveal at the2017 International Conference on Quantum Technologies, held in Moscow, Russia, the co-founder of the Russian Quantum Centerand head of the Lukin Group of the Quantum Optics Laboratory at Harvard University, Mikhail Lukin, announced that his team had successfully built a 51-qubit quantum computer.
A press release was distributed to conference attendants shortly after the announcement stating that Lukins team created and successfully tested a programmable 51-qubit quantum computer, thus becoming the leader among those engaged in the quantum race.
The announcement was made a few hours before the main event of the conference, a public talk by John Martinis, the man in charge of building Googles 49-qubitquantum computer (the timing ofLukins reveal was, no doubt, very intentional).
Futurismwas fortunate enough to be present at the conference in Moscow at the moment of this historic announcementand spoke with Professor Lukin about this achievement. Notably, his group was one of two teams that created the first ever time crystals back at the start of this year. Before diving into his exciting announcement, we asked a little about his research in that area and how it applies to quantum computing.
Basically, the unique thing that happens with these time crystals is that they can be a stable state of matter. These states, in principle, can hold quantum coherence for a long time. So basically, it means you can have super-positions of states. Thats kind of the basic ingredient for all this quantum science and technology.
So on one hand, we can think about using it as memory for a quantum computerin principle its true, but as for practical useits not so clear.
To that end, there is still much uncertainty regarding how (and with what materials) quantum computers can and should be made. However, many entities are racing to be the first to create a working quantum computer, so innovation is moving at an increasingly accelerated rate.
This is a very good thing.
As we approach the physical limits of Moores Law, the need for increasingly faster and more efficient means of informationprocessing isnt going to endor even slow. To break this down a bit, the physical limit of Moores Law exists as the size of transistors heads into the quantum realm. We can no longer rely on the laws of the standard model of physics at this scale. As such, developing technology that does operate at the quantum scale not merely allows for the linear progression of computing power, it will launch exponential shifts in power and capability.
The capabilities of this technology are ultimately based on the number of qubits in the system. Each qubit that is addeddoes not simply multiply the processing capability by a single bit, but exponentially in creases it.
For example, 4 classical bits can be in one of 24positions, allowing for 16 possibilities but only one at a time. However, four qubits in superposition (being every possible combination of 0 and 1 at the same time) can be in all 16 states at once, and that number grows exponentially with every qubit added.
This means that a 20-qubit system can store 1,000,000 values simultaneously.
It is unclear the number of qubits required to make an effective quantum computer but Lukin, right now, stands at the forefront in the field. He notes that finding the answer all comes down to crunching the numbers: Basically, the only way we are able to find out is by building machines big enough that we can actually really run these algorithms.
To that end, in his presentation, Lukin mentioned that the team is planning on using their technology to launch the famous Shors quantum algorithm. Equipped with an operational quantum computer, this algorithm can destroy modern encryption as we know it. This leaves many experts with the view that quantum computers could act as tools of mass disruption, if not destruction.
However, even the scientists who are working on developing this technology cannot identify all of the innumerable ways that quantum computing will transform our world.
During the Cold War, we saw an intense boost in scientific advancements, especially in the field of rocketry andspace-based research. The Space Race launched with the United States and Russia moving the required science and technology forward at breakneck speeds. Of course, the innovators of this era did not fully realize all the befits that this space race would bring humanity (memory foam, cochlear implants, artificial limbs, fire-resistant reinforcements, and on and on).
Now, a new contest for technological supremacy is brewing, and while the United States and Russia are certainly at play, China and even private enterprise have also joined the fray.
Much like the scientific communitys uncertainty about thecomplete scope of space explorations potential, physicists working on quantum computers are quick to say that, while they have some inclinations about what the first quantum computers will be able to do, they are not sure what possibilities these immensely powerful machines will be capable of. But one thing is certian: The future is going to be like nothing weve ever seen.
This interview has been slightly edited for clarity and brevity.
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A New Breakthrough in Quantum Computing is Set to Transform Our … – Futurism
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- How Quantum Computers Work - May 3rd, 2018
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- Inside Microsofts quantum computing world | InfoWorld - January 1st, 2018
- Microsoft Takes Path Less Traveled to Build a Quantum ... - December 13th, 2017
- Researchers create new type of quantum computer | Harvard Gazette - December 12th, 2017
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- Quantum computer a possibility in 10 years - News.com.au - NEWS.com.au - September 7th, 2017
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- Quantum detectives in the hunt for the world's first quantum computer - Phys.Org - September 7th, 2017
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- The Future of AI: From Quantum Computing to the Internet of Things - Outer Places - September 4th, 2017
- We're About to Cross The 'Quantum Supremacy' Limit in Computing - ScienceAlert - September 2nd, 2017
- Explaining the Most Recent Record for Quantum Computing: A 51-Qubit Quantum Computer Array - All About Circuits - September 2nd, 2017
- USRA Upgrades D-Wave Quantum Computer to 2000 Qubits - insideHPC - September 1st, 2017
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- Elusive Majorana Particle Takes Major Step Towards Quantum Computing - IEEE Spectrum - August 29th, 2017
- Australia gets quantum computing company - ACS (registration) - August 28th, 2017
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- Russians Lead the Quantum Computer Race With 51-Qubit Machine - Edgy Labs (blog) - August 28th, 2017
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- Finns chill out quantum computers with qubit refrigerator to cut out errors - ZDNet - August 22nd, 2017
- UNSW joins with government and business to keep quantum computing technology in Australia - The Australian Financial Review - August 22nd, 2017
- 'Tools of DESTRUCTION' Quantum computers WILL wreak havoc ... - Express.co.uk - August 19th, 2017
- Quantum computing comes of age - Alphr - August 14th, 2017
- No, Quantum Teleportation Won't Let Us Send Instant Messages to Alpha Centauri - Air & Space Magazine - August 12th, 2017
- Google on track for quantum computer breakthrough by end of ... - August 11th, 2017
- Closing In On Quantum Computing | WIRED - August 11th, 2017
- World's Leading Physicist Says Quantum Computers Are Tools of Destruction, Not Creation - Futurism - August 10th, 2017
- Will you be able to trust a quantum computer? - Digital Journal - August 9th, 2017
- New Methods of Controlling Electrons Could be Major in Quantum Computing - TrendinTech - August 5th, 2017
- Exactly what could quantum computers do? - Electronics Weekly - August 4th, 2017
- What is quantum computing and why does the future of Earth depend on it? - Alphr - August 2nd, 2017
- The Age of Quantum Computers is upon us! - Gizbot - August 2nd, 2017
- Ultracold molecules hold promise for quantum computing | MIT News - MIT News - August 1st, 2017
- Clarifiying complex chemical processes with quantum computers - Phys.Org - August 1st, 2017
- When Will Quantum Computers Be Consumer Products? - Futurism - August 1st, 2017
- Quantum Computers Just Moved a Step Closer to Reality - NBCNews.com - August 1st, 2017
- Quantum computers compete for supremacy - Salon - July 10th, 2017
- Quantum Computers Compete for "Supremacy" - Scientific American - July 5th, 2017
- Less is more for Canadian quantum computing researchers - ITworld - July 4th, 2017
- New method could enable more stable and scalable quantum ... - Phys.Org - July 4th, 2017
- Volkswagen buys D-Wave quantum computers which sell for $15 million each - Robotics and Automation News (press release) (registration) - July 2nd, 2017
- 6 Things Quantum Computers Will Be Incredibly Useful For - Singularity Hub - July 1st, 2017
- Quantum Machine Learning Computer Hybrids at the Center of New Start-Ups - TrendinTech - June 20th, 2017
- Israel Enters Quantum Computer Race, Placing Encryption at Ever-Greater Risk - Sputnik International - June 20th, 2017
- Prototype device enables photon-photon interactions at room ... - Phys.Org - June 20th, 2017
- The Quantum Computer Factory That's Taking on Google and IBM - WIRED - June 20th, 2017
- Toward optical quantum computing - MIT News - June 17th, 2017
- Get ahead in quantum computing AND attract Goldman Sachs - eFinancialCareers - June 16th, 2017
- KPN CISO details Quantum computing attack dangers - Mobile World Live - June 16th, 2017
- Quantum Computing Technologies markets will reach $10.7 billion by 2024 - PR Newswire (press release) - June 14th, 2017
- From the Abacus to Supercomputers to Quantum Computers - Duke Today - June 13th, 2017
- Quantum Computers Will Analyze Every Financial Model at Once - Singularity Hub - June 13th, 2017
- Are Enterprises Ready to Take a Quantum Leap? - IT Business Edge - June 13th, 2017
- Scientists May Have Found a Way to Combat Quantum Computer Blockchain Hacking - Futurism - June 13th, 2017
- Microsoft and Purdue work on scalable topological quantum computer - Next Big Future - June 13th, 2017
- Doped Diamonds Push Practical Quantum Computing Closer to Reality - Motherboard - June 3rd, 2017
- Team develops first blockchain that can't be hacked by quantum computer - Siliconrepublic.com - June 3rd, 2017
- D-Wave partners with U of T to move quantum computing along - Financial Post - June 2nd, 2017
- Telstra just wants a quantum computer to offer as-a-service - ZDNet - June 1st, 2017
- Microsoft, Purdue Tackle Topological Quantum Computer - HPCwire - HPCwire (blog) - June 1st, 2017