Variational quantum eigensolver

Fujitsu develops technology to speed up quantum circuit computation in quantum simulator by 200 times

Retrieved on: 
Monday, February 19, 2024
Algorithm, Variational quantum eigensolver, Computer, Quantum, Noise, Drug discovery, State vector, Eye, Communication, Behavior, NISQ, RPC, Research, Microscope

For quantum circuit computations using conventional quantum and classical hybrid algorithms, the number of times of quantum circuit computation increases depending on the scale of the problem to be solved.

Key Points: 
  • For quantum circuit computations using conventional quantum and classical hybrid algorithms, the number of times of quantum circuit computation increases depending on the scale of the problem to be solved.
  • Additionally, Fujitsu will not only apply this technology to quantum simulators, but also to accelerate quantum circuit computations on actual quantum computers.
  • By applying VQE (3), a typical NISQ algorithm, Fujitsu, for example, has developed a quantum simulator for quantum application development (4) and has been working to speed up quantum circuit computation itself.
  • [4] A quantum simulator for quantum application development :Fujitsu achieves major technical milestone with world's fastest 36 qubit quantum simulator (March 30, 2022)
    [5] Quantum circuit parameters :Rotation angle of the gate of the quantum circuit for adjusting the reference quantum state to a physically meaningful quantum state.

Qubit Pharmaceuticals honored to announce the arrival of renowned researcher Dr. Alberto Peruzzo as R&D Lead in Quantum Computing

Retrieved on: 
Tuesday, November 7, 2023
Knowledge, Faculty, CSO, Engineering, Royal Academy of Arts, Science, University of Bristol, RMIT University, Medication, HPC, Integrated quantum photonics, Doctor of Philosophy, Gold, Research, R, Master, Quantum computing, Private sector, Drug discovery, University, Lead, Variational quantum eigensolver, Computer, Algorithm, Master's degree, Associate, Microscope

Qubit Pharmaceuticals honored to announce the arrival of renowned researcher Dr. Alberto Peruzzo as R&D Lead in Quantum Computing

Key Points: 
  • Qubit Pharmaceuticals honored to announce the arrival of renowned researcher Dr. Alberto Peruzzo as R&D Lead in Quantum Computing
    Paris (France), November 7, 2023 - Qubit Pharmaceuticals, a deeptech company specializing in drug discovery through simulation and molecular modeling accelerated by hybrid HPC and quantum computing, announces the arrival of Dr Alberto Peruzzo as Quantum Computing R&D Lead.
  • Alberto Peruzzo, 45, is a renowned researcher with a prestigious career in both academia and industry.
  • He was later awarded a prestigious Royal Academy of Engineering Research Fellowship to contribute to the future of quantum computing.
  • With Dr. Peruzzo on board, Qubit Pharmaceuticals is poised to leverage quantum computing to drive innovation in the pharmaceutical sector.

Zapata Computing Earns New Patent for Technique to Unlock Value from Early Fault-Tolerant Quantum Computers

Retrieved on: 
Thursday, April 6, 2023
Security, Other Technology, Technology, Artificial Intelligence, Software, Variational quantum eigensolver, Chemistry, Entrepreneurship, BP, CO, Quantum, Patent, Research, RAE, Algorithm, Microscope

Zapata Computing , a leading developer of Quantum AI software for enterprises, today announced that the company has earned a patent for Robust Amplitude Estimation (RAE).

Key Points: 
  • Zapata Computing , a leading developer of Quantum AI software for enterprises, today announced that the company has earned a patent for Robust Amplitude Estimation (RAE).
  • RAE reduces the runtime and resources required for the estimation subroutine, currently a bottleneck in many industrially relevant quantum algorithms.
  • It is the latest patent granted in Zapata’s industry-leading portfolio of 49 patent families, including proprietary techniques in optimization, generative modeling, and post-quantum cybersecurity.
  • “RAE not only speeds up computations on today’s quantum devices, it accelerates the path to quantum advantage as devices mature.”