Quantum Computing News

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Researchers Uncover Microscopic Noise Origins in Silicon Spin Qubits

A joint research team from Tokyo University of Science (TUS) and the National Institute of Advanced Industrial Science and Technology (AIST), Japan, led by Professor Takayuki Kawahara from the Department of Electrical Engineering at TUS, has finally elucidated the noise mechanisms that impact silicon spin qubit performance in a recent study that was published in IEEE Access on May 4th, 2026.

9 Jun 2026

Oxford Instruments to Supply Atomic Layer Etch Equipment to Rigetti Computing to Expand Advanced Quantum Fabrication Capabilities

Oxford Instruments is pleased to announce that Rigetti Computing has purchased a PlasmaPro 100 Cobra™ atomic layer etch (ALE) system, for dedicated fabrication of quantum devices, further enhancing its recently expanded quantum foundry.

From Oxford Instruments Plasma Technology 9 Jun 2026

How Microsoft’s New Quantum Chip was Made 1,000x More Reliable with the Help of Microsoft Discovery’s Agentic AI

Microsoft today unveiled Majorana 2, its newest topological quantum chip featuring a next-generation materials stack and qubits that are 1,000 times more reliable than their predecessors.

4 Jun 2026

QuiX Quantum Introduces PACU, a Photonic Assembly Control Unit for Scalable Quantum Systems

QuiX Quantum today introduced PACU, its new Photonic Assembly Control Unit designed to provide a scalable, standardized control layer for the company’s photonic quantum systems and future universal quantum computers.

From QuiX Quantum 2 Jun 2026

Engineers Uncover Niobium Hydrides as a Source of Quantum Noise

Some qubits use superconducting materials. However, imperfections in superconducting devices can create "noise," which leads to decoherence.

29 May 2026

Oxford Instruments to Supply Atomic Layer Etch Equipment to Rigetti Computing to Expand Advanced Quantum Fabrication Capabilities

From Oxford Instruments Plasma Technology 27 May 2026

Magnetic Topological Materials Could Revolutionize Energy-Efficient Electronics

Imagine a laptop that remains cool, a phone capable of lasting for days on a single charge, or a memory chip engineered to retain data permanently even during power loss.

19 May 2026

Photonic Inc. Closes Investment Round with over $200 M USD ($275 M CAD)

Photonic Inc., a global leader in distributed quantum computing, today announced the final close of over $200 M USD ($275 M CAD) in investment, giving the company a $2 B USD ($2.7 B CAD) post-money valuation.

From Photonic Inc. 13 May 2026

Quantum Motion Raises $160 Million Series C to Deliver Quantum Computing’s “Transistor Moment”

Quantum Motion, the leading company in silicon transistor-based quantum computing, today announced a $160 million Series C round to commercialize its scalable and energy-efficient approach to quantum computing.

From Quantum Motion 8 May 2026

Innovative Qubit Platform Exhibits Exceptionally Low Noise Levels

Quantum bits (qubits) are the fundamental building blocks of quantum information processing. A novel qubit platform invented at the U.S. Department of Energy’s (DOE) Argonne National Laboratory exhibits noise levels thousands of times lower than those of most traditional qubits.

4 May 2026

Quantum Computing News

Researchers Uncover Microscopic Noise Origins in Silicon Spin Qubits

Oxford Instruments to Supply Atomic Layer Etch Equipment to Rigetti Computing to Expand Advanced Quantum Fabrication Capabilities

How Microsoft’s New Quantum Chip was Made 1,000x More Reliable with the Help of Microsoft Discovery’s Agentic AI

QuiX Quantum Introduces PACU, a Photonic Assembly Control Unit for Scalable Quantum Systems

Engineers Uncover Niobium Hydrides as a Source of Quantum Noise

Oxford Instruments to Supply Atomic Layer Etch Equipment to Rigetti Computing to Expand Advanced Quantum Fabrication Capabilities

Magnetic Topological Materials Could Revolutionize Energy-Efficient Electronics

Photonic Inc. Closes Investment Round with over $200 M USD ($275 M CAD)

Quantum Motion Raises $160 Million Series C to Deliver Quantum Computing’s “Transistor Moment”

Innovative Qubit Platform Exhibits Exceptionally Low Noise Levels

Adapting Satellite Design to the Growing Space Debris Problem

The Role of Supercomputers in Analysing Modern Mars Datasets

Latency: The Key to Scaling Quantum Computing Beyond Qubits

DLS-20 Quadrupole Mass Spectrometer for Analysis of Hydrogen and Helium Isotopes

SideKick QCL Controller: Low-Noise Laser Control Solution

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How Scientists Use Apollo Soil Samples to Study the Lunar Exosphere

Helium-Free Magnetic Cooling For Quantum Experiments

The Role of Optics in Satellite Attitude Control

Quantum Computing News

Adapting Satellite Design to the Growing Space Debris Problem

The Role of Supercomputers in Analysing Modern Mars Datasets

Latency: The Key to Scaling Quantum Computing Beyond Qubits

1Euclid Telescope Spots 31 of the Most Ancient Quasars in Cosmic History

2Measuring Electron Location and Time Evolution Highlights New Quantum Constraints

3Julia for ACCelerators: Streamlining Scientific Computing Across Diverse GPU Architectures

4Machine Learning Accelerates the Search for Room-Temperature Superconductors

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