Google and NASA run classical supercomputer versus quantum chip races

Google and NASA have an agreement to compare Google 72-qubit quantum Bristlecone chip and possibly near-term follow-up quantum chips against regular supercomputers.

Alibaba had a recent paper which indicates quantum simulations on classical computers can be more competitive against quantum chips.

The largest quantum system that could be classically simulated one decade ago was a 42-qubit one on the Jülich supercomputer by the Massively Parallel Quantum Computer Simulator.

Early in 2018, Alibaba believes they simulated 81 qubits on a classical cloud system. There is ongoing massive improvement in the classical algorithms for simulating quantum system on regular computers.

Arxiv – Classical Simulation of Intermediate-Size Quantum Circuits

Classical supercomputer versus Quantum chip fight

Bristlecone requires superconducting circuits maintained at a temperature close to absolute zero, it cannot be moved from Google’s labs. Instead, researchers from the Quantum Artificial Intelligence Laboratory (QuAIL) at NASA’s Ames Research Center in Silicon Valley will connect to Bristlecone online, via Google’s Cloud API service. Google will also share current software that allows classical computers to simulate quantum circuits, so that NASA can develop and improve upon it.

NASA and Google will work out how to map “a diverse array of optimization and sampling problems” to Bristlecone’s gate-model quantum computing system. Early in 2019, they will agree on problems and initial targets for simulation. NASA will code the software necessary to run those simulations on its petaflop-scale Pleiades supercomputer. Pleiades is NASA’s most powerful supercomputer, currently ranked in the top 25 worldwide.

Around July 2019, 12 months from the contract’s signing, NASA will compare results from classical simulation of quantum circuits to results from Google hardware.

Google’s agreement has a five-year term. NASA will provide further mappings, improved circuit simulation techniques, more efficient compilations and results from circuit simulations. Google will give QuAIL access to its quantum processor and software until at least 2023.

Google should go through several doublings of qubits over the next five years. Nextbigfuture believes Google has built and is currently testing a 144 qubit system. Usually quantum computers are developed in the lab and worked on for 1 year or more before they are officially announced. It has previously been stated by IBM and Google that the doubling time for qubits for current noisy superconducting chips is every 7 to 9 months. The limiting factor is not designing and creating superconducting chips. The limiting resource the team needed to test and validate a larger chip design and the resulting chips with more qubits.

6 thoughts on “Google and NASA run classical supercomputer versus quantum chip races”

  1. Quantum Computers are the further. Understanding what a Quantum Computer is and how to build one is the five hundred billion dollar question. With a Six hundred trillion dollar answer. Does the technology calculate Quantum Nature flawlessly? Quantum Nature is a physical place. It is not accessible with a Turing machine built on fragile veneers. It is not accessible with forged temperatures.The Quantum Field is governed by photonic resolution that is infinite. The motion of fields have gravitational amplitudes from color of photonic field resolution. Information and time are Co resolutions with freedom of infinite resolution and the ability to manifest correlations of Quantum Nature.A Quantum Computer will have only one button. Start and Stop. There is no way to build enough circuits by rudimentary programming. A Quantum Computer will have all circuits built before One one hundred billionth of a femptosecond. It will also have realized all algorithms infinity holds in the same instance.As of error correction this is only a matter of true position alignments. Quantum Computers have no errors because God doesn’t play dice.Quantum Intelligence Design Corp.

    Reply
  2. Quantum Computers are the further. Understanding what a Quantum Computer is and how to build one is the five hundred billion dollar question. With a Six hundred trillion dollar answer. Does the technology calculate Quantum Nature flawlessly? Quantum Nature is a physical place. It is not accessible with a Turing machine built on fragile veneers. It is not accessible with forged temperatures.The Quantum Field is governed by photonic resolution that is infinite. The motion of fields have gravitational amplitudes from color of photonic field resolution. Information and time are Co resolutions with freedom of infinite resolution and the ability to manifest correlations of Quantum Nature.A Quantum Computer will have only one button. Start and Stop. There is no way to build enough circuits by rudimentary programming. A Quantum Computer will have all circuits built before One one hundred billionth of a femptosecond. It will also have realized all algorithms infinity holds in the same instance.As of error correction this is only a matter of true position alignments. Quantum Computers have no errors because God doesn’t play dice.Quantum Intelligence Design Corp.

    Reply
  3. This whole article is filled with weird sentences that are weird… its not just that last sentence, the first sentence is mad… the title is mad… mad i tell you.

    Reply
  4. Is it just me or is the last sentence incomplete? I think it is missing an ‘is’. The limiting resource ‘is’ the team needed to test and validate a larger chip design and the resulting chips with more qubits. The limiting resource the team needed to test and validate ‘is’ a larger chip design and the resulting chips with more qubits.

    Reply
  5. Is it just me or is the last sentence incomplete? I think it is missing an ‘is’. The limiting resource ‘is’ the team needed to test and validate a larger chip design and the resulting chips with more qubits. The limiting resource the team needed to test and validate ‘is’ a larger chip design and the resulting chips with more qubits.

    Reply
  6. Is it just me or is the last sentence incomplete? I think it is missing an ‘is’. The limiting resource ‘is’ the team needed to test and validate a larger chip design and the resulting chips with more qubits. The limiting resource the team needed to test and validate ‘is’ a larger chip design and the resulting chips with more qubits.

    Reply

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