quantum-computing

Quantum Odyssey is an interactive game designed to teach quantum computing to AI enthusiasts through visual puzzles and comprehensive tutorials, making complex concepts accessible without prior mathematical knowledge.

The article highlights LLMs' lack of innate physical world understanding and introduces a Fourier Neural Operator-based framework that accelerates quantum dynamics prediction by 10^7 times, enabling efficient inverse design of quantum control protocols with improved success rates.

Quantinuum, NVIDIA, and Pfizer have developed ADAPT-GQE, a generative quantum AI framework using transformer models to efficiently generate quantum chemistry circuits for molecular simulation and drug discovery.

IBM announced a new modular cryogenic architecture to connect quantum processors, enabling scalability and future fault-tolerant quantum systems as part of their quantum roadmap.

The article discusses how hardware accuracy is crucial for meaningful quantum computing, referencing recent papers on quantum advantage and validation on Quantinuum systems.

Google has published a paper revealing that quantum computers could break blockchain encryption with fewer resources than expected, posing a significant threat to cryptocurrencies and highlighting the need for post-quantum cryptography.

A discussion on the unsustainable energy and infrastructure demands of current AI systems, exploring potential alternatives like new mathematics, materials, or quantum computing.

This article outlines a practical, phased path for enterprises to transition to post-quantum cryptography, framing the quantum threat as a manageable evolution rather than a sudden crisis and citing government timelines as useful guideposts.

IBM and collaborators demonstrated three techniques for verifiable quantum advantage on noisy hardware, tackling the challenge of validating results that cannot be classically simulated.

This paper introduces a quantum incremental learning framework using trainable mixed-state prototypes, enabling new classes to be added without increasing circuit width while mitigating catastrophic forgetting.

QuantumMind presents an auditable agentic workflow that automatically generates and screens quantum speedup hypotheses using typed role-specialized actions and a deterministic validator.

A freeCodeCamp handbook explains why quantum circuits behave differently on real hardware than in simulators due to quantum noise, and covers error mitigation and suppression techniques using Qiskit Aer and tools like Orbit.

The author conducts an independent spin audit of IBM's SQD/QSCI iron-sulfur cluster benchmarks, finding that the quantum results converge to high-spin states rather than the target singlet. Using IBM's own archived hardware data, they show the shipped mitigation fails to fix the spin problem, and a Claude-assisted review is provided.

Microsoft's quantum chief Zulfi Alam dismisses scientists' skepticism about the company's Majorana quasiparticle evidence, citing commercial sensitivity and the slow pace of peer review, while critics demand raw data and independent verification.

D-Wave published a Nature paper demonstrating entanglement on its dual-rail qubits, a key validation step for this photon-loss-detectable qubit technology that could simplify quantum error correction.

D-Wave announced a peer-reviewed Nature paper demonstrating a high-fidelity two-qubit entangling gate for its dual-rail erasure qubits, significantly reducing hardware overhead for quantum error correction and advancing practical fault-tolerant gate-model quantum computing.

This paper presents randomized algorithms for the Shortest Vector Problem (SVP), improving the best-known time complexity to 2^{0.6039n} classically and 2^{0.5411n} quantumly using the Hessian of the periodic Gaussian function at mid-points.

The paper introduces a hybrid quantum-classical framework enhancing Quantum Physics-Informed Neural Networks (QPINNs) with adaptive collocation point sampling and loss-aware attention for solving differential equations, achieving significant accuracy improvements in fluid dynamics and reaction-diffusion benchmarks.

Quantinuum and NVIDIA, with a pharmaceutical partner, validated a proof-of-principle Generative Quantum AI (GenQAI) framework that combines HPC, AI, and quantum computing to generate and execute quantum circuits for pharmaceutical R&D.

IBM and collaborators report demonstrations of quantum advantage with built-in validation using doped Clifford sampling and error-mitigation techniques, enabling trustworthy quantum computations beyond classical verification.