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Maharashtra signs Letter of Intent with IBM to develop quantum computing skills through workshops and training, prioritizing workforce development over hardware.

Berlin startup's hybrid approach turns today's noisy quantum chips into data preprocessors—unlocking commercial quantum advantage with 60% performance gains

Japan Tobacco generates novel drug-like compounds while NTT DOCOMO trims network congestion by 15% — signaling quantum computing's move from experiments to production across Asia.

Rigetti achieves 99.5% fidelity with four-chiplet quantum system Cepheus-1-36Q, halving error rates while posting $39.7M loss amid $571.6M cash position.

David Chung returns to IonQ after engineering its blockbuster IPO, joining three other VPs as the company pursues an audacious 2-million-qubit goal by 2030.

Europe excels at quantum hardware but its lag in software could leave the EU unable to program its own quantum computers as global competition heats up.

The automotive industry's move into quantum computing is picking up speed—growing at 34.51% annually and reshaping everything from traffic management to manufacturing with unprecedented computational power.

Market projected to reach $7.3 billion by 2030 as companies race to achieve breakthrough capabilities, despite no quantum computer yet outperforming traditional systems.

Diphosphane's peculiar phosphorus bonds defeated a sophisticated classical algorithm, revealing where quantum computers might finally prove essential.

Penn State researchers show that synthesized clusters can match today's quantum accuracy—while scaling far more easily

European companies build massive supercomputers that burn power while racing to solve electricity challenges, betting computational independence matters more than bills

A molecule with 22 nuclear spins challenges classical computers more than 50 spins. HQS research reveals why coupling strength matters more than size.

The August exhibit lets people run quantum programs on hardware that operates at temperatures approaching absolute zero.

A qLDPC-based error-correction breakthrough lets IBM build modular quantum processors that connect like network nodes, making a 2029 fault-tolerant system feasible.

PlanqTN transforms quantum error correction into a drag-and-drop experience, while making complex codes as simple as building blocks.

A beginner's growing glossary of quantum computing terms - from qubits to quantum gates. It will grow as I learn more.

Early research explores quadratic speedups for linking related posts across languages

Despite 2022 legislation, most federal data remains vulnerable—new bill creates concrete requirements with mandatory pilot program for each agency.

University of Vienna physicists achieve 95% success in reversing quantum processes without system knowledge, using quantum switches for error correction.