Latest quantum computing, quantum tech, and quantum industry news.
Superconducting erasure qubits offer a powerful new method for quantum error correction, enabling more reliable and scalable quantum computers.
Read More Superconducting Erasure Qubits For Quantum Error Correction
The Entropica Labs and Yaqumo are driving the Japan–Singapore quantum technology partnership, accelerating innovation in quantum computing.
Read More Entropica Labs and Yaqumo drive Japan and Singapore quantum
The “all-nitride” architecture created using industrial-standard atomic layer deposition (ALD) is the focus of this discovery. Click here to learn more.
Read More The Rise of All-Nitride Qubits for 1Kelvin Quantum Computers
Multifractal analysis offers a powerful framework for understanding complex data, revealing hidden patterns across scales in science and AI.
Read More Multifractal Analysis: A New Way To Understand Complex Data
Discover how QuEra Computing uses neutral-atom technology to build scalable quantum systems with hundreds of controllable qubits.
Read More QuEra Computing and Scalable Neutral-Atom Quantum Systems
What is Circuit Quantum Acoustodynamics? The interaction between superconducting quantum circuits and acoustic vibrations (phonons) at the quantum level is the focus of the quickly […]
Read More Circuit quantum acoustodynamics cQAD: from qubits to phonons
Learn how quantum processor architectures have evolved, from early designs to scalable platforms powering today’s quantum computers.
Read More Quantum Processor Explained: Architectures and Evolution
Discover how deterministic spontaneous decoherence in quantum systems and how it explains the loss of coherence and quantum state collapse.
Read More Deterministic Spontaneous Decoherence In Quantum Systems
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
QphoX launches the Superspin project to link quantum memory and processors, paving the way for the future quantum internet backbone.
Read More QphoX Superspin Project: The Quantum Internet Backbone