Latest quantum computing, quantum tech, and quantum industry news.
Discover how the erasure qubits drastically reduce error-correction overhead, making fault-tolerant quantum computing faster and more efficient.
Read More Erasure Qubits Make Fault-Tolerant Quantum Computing Faster
Achieving maximally entangled states in arbitrary N qubit systems unlocks the full potential of quantum networks and multi-qubit computation.
Read More Maximally Entangled States For Arbitrary N Qubit Systems
Learn how quantum stabilizer codes enable fault-tolerant quantum computing by protecting qubits from errors and environmental noise.
Read More Quantum Stabilizer Codes Of Fault-Tolerant Quantum Computing
Look into quantum “grid states”. The GKP error-correcting code and harmonic oscillators encode logical qubits using bosonic quantum states.
Read More What Are Grid States? Why It Is Important & How It Prepared?
Learn about dual rail qubits, a unique logical qubit architecture. Discover how encoding quantum information across two physical “rails”.
Read More Dual Rail Qubits In Superconducting And Photonic Systems
Researchers demonstrate how quantum error correction is advanced by universal designs on logical qubits made by syndrome measurements.
Read More Syndrome Measurements Universal Designs on Logical Qubits
Discover how Gottesman Kitaev Preskill codes make universal quantum gates possible, marking a milestone in quantum computation.
Read More Gottesman Kitaev Preskill Codes Show Universal Quantum Gate
Discover how the Ancillary qubits boost quantum error correction efficiency, paving the way for more reliable quantum computing.
Read More Efficient Quantum Error Correction With Ancillary Qubits
Yale researchers have identified coherent noise as a major challenge for quantum computing, with implications for error correction and scalability.
Read More Yale Researchers reveal Coherent Noise In Quantum Computing
QLOPS is a breakthrough benchmarking metric for fault-tolerant quantum computing. Understand what it means and why it matters.
Read More QLOPS: A New Metric For Fault-Tolerant Quantum Computing