LLMs improved with VQCs and quantum TNs, researchers call "First Photon Machine Learning" experimental demonstration of quantum advantage in AI, quantum simulations for insights into DNA mutations, and more.
Daemonic work extraction from open quantum batteries, demand forecasting faster and more accurate with QNNs, simulating the environment of the early universe, and more.
QNNs improve multi-modal sentiment analysis, space-based quantum sensors may aid in the search for dark matter, a new quantum computing architecture based on electronic wave packets, and more.
Quantum algorithms for pattern matching--relevant to fields like genomics and text searching, QCCNN for breast cancer diagnosis, quantum annealing for a practical delivery problem, and more.
QUBO formulation optimizes aircraft load distribution in an Airbus A330 200F, long-lived topological time-crystalline order observed in a quantum processor, quantum operating system inspired by aerospace engineering, and more.
29 institutions collectively developed V-score, the benchmark for quantum advantage, new diamond bonding method for quantum devices, hybrid quantum CNN to detect deepfake audio, and more.
Oak Ridge National Laboratory and John Hopkins University use hybrid quantum generative models for image generation, the first hybrid CV/DV quantum error correction architecture, a new implementation of QFT, and more.
IBM Quantum and the Cleveland Clinic report accurate hydrophilic and hydrophobic interactions in quantum simulations, Nu Quantum's QPI prototypes for modular and distributed computing, quantum for flight path planning, and more.
The European Space Agency explores HQNNs for Earth Observation tasks, Qunova Computing claims chemical accuracy achieved using hybrid quantum algorithm, a framework for large-scale, multi-node quantum computers, Quandela's updated roadmap, and more.
LLM-powered personalized code for quantum developers, honeycomb Floquet code outperforms the surface code, and possibly the first quantum security attack.
QCircuitNet dataset for training AI models in quantum algorithm design, quantum annealing for community detection in complex networks, quantum KANs for heart disease prediction, and more.
Google Quantum AI claims devices can outperform classical supercomputers under specific conditions, quantum computing algorithm for the Lattice-Boltzmann Method in computational fluid dynamics, 1200 neutral atom register.
