Latest quantum computing, quantum tech, and quantum industry news.
The IQSP introduces a powerful tensor-network algorithm that breaks traditional QSP limits, enabling faster, accurate quantum signal processing.
Read More The IQSP: New Tensor-Network Algorithm Breaks QSP Limits
Macrorealism-based benchmarking method using parity measurements offers a scalable, task-independent way to evaluate a quantum computer.
Read More Macrorealism-Based Benchmarking for Quantum Computer
Explore the challenges of logical qubits, the importance of fault tolerance, and why low-quality physical qubits can undermine quantum computing.
Read More Logical Qubits and Fault Tolerance in Quantum Computing
Quantum Hyperdimensional Computing QHDC hits a major achievement on a 156-qubit chip, unlocking faster, smarter, brain-like AI performance.
Read More QHDC Achieves Milestone On 156-Qubit Quantum Processor
MBDD sets a new standard for noise suppression in quantum algorithms, delivering higher fidelity and more reliable quantum operations.
Read More MBDD Sets For Noise Suppression In Quantum Algorithms
The DIQC algorithm sets a new standard for NISQ-era efficiency by reducing noise, optimizing circuits, and improving quantum performance.
Read More DIQC Algorithm Sets New Standard For NISQ-Era Efficiency
Qinara’s Qronos brings advanced efficiency to NISQ hardware by reducing circuit depth and noise using deep reinforcement learning.
Read More Qinara’s Qronos Brings Advance Efficiency To NISQ Hardware
ALD Atomic Layer Deposition advances quantum device quality with ultra-thin, precise layers that support better qubits and stable quantum systems.
Read More ALD Atomic Layer Deposition Advances Quantum Computing
Discover IonQ researchers introduced powerful symmetry-based error correcting codes that advance the path to fault-tolerant quantum computing.
Read More IonQ Error correcting codes Will Improve quantum computing
Learn how Density Quantum Neural Networks DQNNs bridge the gap between quantum circuits and real-world AI applications.
Read More What Are DQNNs? A simple guide to the new Quantum AI Model