News Feed

Achieving 99.9% fidelity for one- and two-qubit operations is a major scientific breakthrough crucial for building fault-tolerant quantum computers.

Phasecraft being funded by ARPA-E to develop quantum algorithms for catalyst discovery represents a notable application-specific advance and government support for quantum software.

An Amazon executive's prediction regarding the arrival of quantum computers provides notable insight into the industry's timeline from a major tech company.

This news is solely about AI manufacturing and does not mention quantum computing, making it irrelevant for quantum investors.

A collaboration in the Mountain West announcing 'major results' in quantum computing from a national laboratory signifies a scientific breakthrough.

This article exclusively discusses AI breakthroughs without any mention of quantum computing, making it irrelevant for quantum investors.

An Amazon executive's prediction of 'commercially useful' quantum computers within 5-7 years provides notable insight into the practical timeline from a major tech player.

PNNL leaders predicting a two-year timeline for practical quantum computing is a significant and notably aggressive outlook from a major research institution.

A major scientific breakthrough in a new qubit platform (electron-on-helium) could have significant long-term implications for hardware development.

This is a major scientific breakthrough demonstrating progress toward fault tolerance, a critical step for practical, scalable quantum computing.

A reported breakthrough in quantum hyperdimensional computing offering a 500x speedup is a significant scientific development with potential practical implications for quantum algorithms.

This news is about general AI and HPC, not directly related to quantum computing.

A feature article discussing a potential application without specific company news or breakthroughs is background noise for investors.

This is a conceptual scientific development exploring new paradigms, which could be impactful long-term but lacks immediate practical implications for investors.

This news is about general HPC and cloud control for defense researchers, not directly related to quantum computing.

A quantum supremacy claim by Google using its Willow chip, demonstrating a calculation beyond classical supercomputers, is an industry-defining breakthrough.

A 'world-first breakthrough' in a specific qubit modality (electron qubits floating on helium) by EeroQ represents a significant scientific advancement.

Validation of a scalable path to fault-tolerant quantum computing using multi-qubit gates addresses a critical challenge for the industry's future.

A 'world-first breakthrough' in a specific qubit modality (electron qubits floating on helium) by EeroQ represents a significant scientific advancement.

D-Wave's latest gate-model roadmap indicates strategic development and influences investor confidence in a key company's future direction.