Latest quantum computing, quantum tech, and quantum industry news.
Explore how Macroscopic Quantum Superposition bridges quantum and classical physics, revealing the strange behavior of large-scale systems.
Read More Macroscopic Quantum Superposition in Quantum Mechanics
The ID MAC framework introduces instruction-directed MAC rules that streamline control and coordination across multi-chip quantum architectures.
Read More ID MAC Instruction-Directed MAC Rules To Multi-Chip Quantum
The SmaraQ Project introduces on-chip photonics to quantum computing, enhancing speed, scalability, and efficiency in next-generation processors.
Read More SmaraQ Project Adds On-Chip Photonics to Quantum Computing
A new Coherent Information Framework provides a novel approach to mitigating dual quantum errors and enhancing fault-tolerant quantum systems.
Read More Coherent Information Framework Tackles Dual Quantum Errors
EACK introduces a hybrid framework designed to enable scalable, efficient, and reliable quantum systems across diverse hardware architectures.
Read More EACK: A Hybrid Framework For Scalable Quantum Systems
SkyWater Technology News and QuamCore collaboration to develop advanced digital superconducting SFQ controllers for quantum computing.SkyWater Technology News and QuamCore collaboration to develop advanced digital superconducting SFQ controllers for quantum computing.
Read More SkyWater Technology News: New Collaboration With QuamCore
Qc-kmeans scalable quantum clustering for NISQ hardware, enabling practical quantum machine learning on today’s limited qubit systems.
Read More Qc-kmeans bring scalable quantum clustering to NISQ Hardware
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
Learn how Digitized Counterdiabatic Quantum Sampling (DCQS) accelerates quantum computations while maintaining accuracy and stability.
Read More DCQS: Digitized Counterdiabatic Quantum Sampling Explained
The Quantum Internet Application Challenge 2025 (QIAC) invites innovators to design groundbreaking applications for the future quantum web.
Read More QIAC: Quantum Internet Application Challenge 2025 Announced