Scientists reveal blueprint for first practical large-scale quantum computer capable of solving world’s most complex problems

Briefing

Scientists reveal blueprint for first practical large-scale quantum computer capable of solving world’s most complex problems

February 24, 2017

Briefing

  • Large Quantum Computer – Scientists from University of Sussex, Google, Aarhus University, RIKEN and Siegen University proposed design for soccer field-sized quantum computer capable of solving world’s most complex problems
  • Modular Design – Will connect thousands of individual quantum computing units to form single quantum computer, scalable to any size
  • 2 Billion Quantum Bits – Can deliver 2 billion qubits, one million times more than D-Wave’s latest model called D-Wave 2000Q
  • Feasible and Practical – Will enable simpler controls and faster inter-module connection speeds compared to other proposed modular systems, making machine first practical large scale quantum computer
  • Prototype Details– Initial construction and assembly already being planned, with estimated cost of £1-2 million ($1.3 million to $2.5 million)
  • Sponsored by U.K. government – Will be funded as part of £270 million ($338 million) government investment to accelerate quantum technology development for industrial applications

Accelerator

Sector

Information Technology

Organization

Aarhus University, Google Inc., RIKEN, University of Siegen, University of Sussex

Source

Original Publication Date

February 6, 2017

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