Towards large scale quantum computation

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Explore the new agenda

One of the systems to be released next month has 53 qubits, which will make it the largest commercially available universal gate-model quantum computing system to date. These systems give IBM Q Network enterprise users, researchers, and developers the ability to explore the potential of quantum computing for solving complex real-world problems in business and science.

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IBM Quantum system configuration maps: The systems named Johannesburg, Poughkeepsie, Almaden, Boeblingen, and Singapore represent the latest generations of qubit systems, while the new 5-qubit systems, Ourense, Valencia, and Vigo, feature a T-shaped layout. Melbourne is a directed ladder-type geometry and Yorktown features bowtie connectivity. The opening of the IBM Quantum Computation Center is further evidence that after years of development, IBM is taking the lead in moving the technology out of the research lab and putting it directly into the hands of developers, researchers, academic and enterprise users, and quantum technology and service providers.

Similarly, our team iterates and improves the performance of our quantum processors multiple times per year.

For instance, we have now delivered four generations of the qubit processor family and will continue to maintain these devices for client use, while simultaneously gearing up toward releasing newer devices such as the upcoming qubit system, the first in our next family of processors. The release of this device is especially important because it offers a significantly larger lattice of qubits, giving users the ability to explore larger algorithms and entangled states than before.

The qubit system offers a larger lattice and gives users the ability to run even more complex entanglement and connectivity experiments.

The Quantum Volume is the largest computational space a quantum computing device can explore. This discrete quantity scales exponentially with the number of qubits. To gauge the computational power of a quantum system, IBM developed Quantum Volume , a system-level performance metric that accounts for gate and measurement errors, device cross-talk and connectivity, and circuit compiler software efficiency.

Among the IBM Quantum systems fleet are five devices capable of achieving a Quantum Volume of 16, the largest achieved to date and twice the value achieved in our prior generation of quantum systems.

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As a measure of quantum computational power, increases in Quantum Volume correlate with the ability to solve larger, more complex problems across a range of disciplines. Access to these new systems will therefore enable our users to take their exploration of new algorithms — for quantum finance , chemistry , and protein folding , among others — to the next level.

To that end, the opening of the IBM Quantum Computation Center has allowed us to provide significantly more systems, with more qubits and larger Quantum Volume, than ever before. It will be exciting to see the results of the research that will be performed on these new devices. Previous Post. This discrete quantity scales exponentially with the number of qubits.

To gauge the computational power of a quantum system, IBM developed Quantum Volume , a system-level performance metric that accounts for gate and measurement errors, device cross-talk and connectivity, and circuit compiler software efficiency. Among the IBM Quantum systems fleet are five devices capable of achieving a Quantum Volume of 16, the largest achieved to date and twice the value achieved in our prior generation of quantum systems.

As a measure of quantum computational power, increases in Quantum Volume correlate with the ability to solve larger, more complex problems across a range of disciplines. Access to these new systems will therefore enable our users to take their exploration of new algorithms — for quantum finance , chemistry , and protein folding , among others — to the next level. To that end, the opening of the IBM Quantum Computation Center has allowed us to provide significantly more systems, with more qubits and larger Quantum Volume, than ever before.

It will be exciting to see the results of the research that will be performed on these new devices. Previous Post. Today, IBM is launching the new z15 mainframe, the culmination of four years of collaborative development company-wide, with a focus on meeting crucial customer data security and privacy needs across hybrid multicloud environments.

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Continue reading. Quantum Computing. The IBM Q team is committed to making our science more approachable by investing heavily in the education to support this growing community and establishing the emerging technology as the next generation of computing. This is why our team is proud to release new educational resources and tools while also increasing the capacity and capability of our IBM Q systems. IBM and Princeton launched the program to provide an experience for aspiring scientists and engineers that connects fundamental research to industrial applications at a time in their career development when they still have considerable latitude to choose a focus for their graduate and post-graduate studies.

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Understanding Quantum Computers - 4.5 - Large Scale Quantum Computer Systems

United States. Quantum Computing Quantum computation center opens. More Quantum Computing stories.