Quantum Fourier Transform | QuantumWire

Quantum Fourier Transform

From NISQ to Fault-Tolerance: Applications and Algorithmic Benchmarks for Spin Qubits

Technology October 1, 2026
German Government Selects QUDORA-Led Consortium for €122 Million Project NFQC-1k To Develop a 1,000-Qubit Fault-Tolerant Quantum Computer and Build a QPU Pilot Line

Business September 25, 2026
Fujitsu Releases Open Quantum Application Research Package as Open Source to Accelerate Quantum Application Development

Business September 16, 2026
ParityQC Launches the Parity Twine Optimizer, Powered by Its Record Compiler Technology

Business September 16, 2026
Designing Better Quantum Circuits With AI

Technology May 15, 2026
ParityQC Set New Record Benchmark Using IBM Quantum Computer With the Largest Quantum Fourier Transform Ever Reported

Business April 17, 2026
Shibaura Institute of Technology, Waseda University and Fujitsu Develop Quantum Computer-Based Robot Posture Optimization

Applications August 25, 2025
Parity Twine: Quantum Algorithm Synthesis Reaching World-Record Efficiency

Technology February 6, 2025
ParityQC and the University of Hamburg Launch Project to Develop New Quantum Computing Framework for Personalized Medicine

Industry January 24, 2025
SWAP Operations Are Not Needed in Quantum Computers and Can Be Eliminated Without Overhead Using the ParityQC Architecture

Technology October 28, 2024
Most Efficient Implementation of the Quantum Fourier Transform on a Linear Chain

Technology October 17, 2024