News Feed
1301 quantum news items from across the web.
A White House-convened summit involving senior officials indicates significant government interest and potential future policy or funding impacts on the U.S. quantum industry.
This guest post reiterates the well-established potential of quantum computing in chemistry, providing market context rather than new scientific or financial news.
An interview discussing a large company's internal quantum team and use cases provides insight into adoption but isn't a major industry event.
MagiQware securing a €575K pre-seed round is a relevant early-stage funding event for a company focusing on quantum error correction.
Bose Quantum securing a pre-IPO funding round of several hundred million yuan is a notable financial event, highlighting investor confidence and market readiness.
This collaboration demonstrates a practical application of quantum-classical simulation to a challenging real-world problem in fusion energy materials.
A significant acquisition by a quantum hardware developer (IQM) to expand into full-stack software and industrial simulation, strengthening its market position.
A pre-seed funding round indicates early investment in a new company addressing an important quantum computing challenge, though the amount is modest.
A significant acquisition by a quantum hardware developer (IQM) to expand into full-stack software and industrial simulation, strengthening its market position.
Identifying and significantly mitigating a major source of error on a leading processor is a scientific breakthrough with direct practical implications for fault tolerance.
This is a notable product launch in the adjacent but crucial field of post-quantum cryptography, involving a major tech company like Intel.
This news reiterates and provides more detail on an important application of quantum computing to a critical energy challenge with a major industry player.
A significant demonstration of a hybrid algorithm outperforming classical methods for portfolio optimization on a leading quantum computer showcases strong practical application potential.
An early-career research award for a novel method to stabilize superconducting circuits for fault-tolerant quantum computing is a notable scientific advance.
Joint research with IBM Quantum mitigating a major hardware bottleneck for fault-tolerant quantum computing is a significant scientific breakthrough with practical implications.
Successful simulation of a complex physics problem on IBM's 104-qubit Heron processor demonstrates progress in quantum computing applications and hardware capabilities.
Government initiatives to establish quantum computing hubs are important for ecosystem development but not a direct financial or scientific breakthrough for a single company.