quantum-computing

Documents about quantum-computing

• Field Pressure Computing: The Fluctuon Bit and Exponential Scaling of Substrate-Based Computation#279109Zenodo (CERN)
• Enabling ML/AI in 6G and future wireless communication with privacy preservation, MEC offloading and quantum computing#424371Digital Commons @ NJIT
• Quantum computing with kernel methods for machine learning — Google Llc (US12321838B2)#607115Google Patents
• Digital predistortion of power amplifiers for quantum computing / Marvin Jaeger, Bartosz Tegowski, Georg Frederik Riemschneider, Alexander Koelpin#922046Deutsche Nationalbibliothek
• Load Minimization Theory Enables Room-Temperature Quantum-Analog Computing: Empirical Demonstration of Grover-Like √N Advantage and Load Conservation Law in Classical AI Systems#89593PhilArchive
• Evolving hardware-efficient grover circuits with grammatical evolution#431882ULRR
• Service for managing quantum computing resources — Amazon Technologies, Inc. (US11775855B2)#607108Google Patents
• Validator and optimizer for quantum computing simulator — Red Hat, Inc. (US11354460B2)#607114Google Patents
• The convergent laboratory: when AI reasoning, autonomous experiments, high performance and quantum computing reshape chemistry#972694arXiv (All)
• Advanced Quantum Computing–Integrated Artificial Intelligence for Data Processing Applications: A Comprehensive Review#450706Springer Nature OA
• Development environment for programming quantum computing resources — Amazon Technologies, Inc. (US10592216B1)#607104Google Patents
• Cloud-based access to quantum computing resources — Amazon Technologies, Inc. (US10817337B1)#607105Google Patents
• Cloud-based simulation of quantum computing resources — Amazon Technologies, Inc. (US11170137B1)#607106Google Patents
• Exploring the potential of quantum computing for multi-scale material modelling / Marc Simon Milas, Markus Sudmanns-Schumacher ; Betreuer: Dominique Unruh#675388Deutsche Nationalbibliothek
• Phase-cycled randomized benchmarking of quantum processors: recovering hidden classical noise correlations#974024arXiv (All)
• Quantum Computing vs. AIVORIX OS™: Comparative System Architecture, Governance Implications, and Global Infrastructure Impact AIVORIX OS™ — The Memory Engine for Every AI You Use.™#124689DataCite
• Quantum Computing vs. AIVORIX OS™: Comparative System Architecture, Governance Implications, and Global Infrastructure Impact AIVORIX OS™ — The Memory Engine for Every AI You Use.™#124690DataCite
• Recent Advancements in Computer Science: A Comprehensive Review of Emerging Technologies and Innovations#199345OpenAlex
• Co-scheduling quantum computing jobs — International Business Machines Corporation (US11972321B2)#607107Google Patents
• Quantum computing machine learning module — Accenture Global Solutions Limited (US11803772B2)#607109Google Patents
• Methods and systems for quantum computing — 1Qb Information Technologies Inc. (US10826845B2)#607113Google Patents
• Efficient Measurement-Driven Eigenenergy Estimation with Classical Shadows#609481eScholarship
• Optimization, Co-Design and NextGen of Agentic AI#179772DigitalCommons@Kennesaw State University
• Low-loss superconducting resonators fabricated from tantalum films grown at room temperature#495586OSTI.gov
• Quantum computing service supporting local execution of hybrid algorithms — Amazon Technologies, Inc. (US11605016B2)#607100Google Patents
• Solving computational tasks using quantum computing — Accenture Global Solutions Limited (US11250334B2)#607103Google Patents
• Methods and systems for quantum computing enabled molecular AB initio … — Good Chemistry Inc. (US12626785B2)#607112Google Patents
• Loop series expansions for tensor networks#679632OSTI.gov
• Supplementary document for Measurement-induced back-action in a QD-based coherent spin-photon interface - 7738264.pdf#208565Figshare
• Firms’ DARQ readiness and marketing implications: A systematic literature review#260631Research Online
• Heisenberg's Uncertainty Revisited: A Fourier-Based Interpretation for Electrical Engineering Education#397813Zenodo (CERN)
• Development and analysis of quantum computing programs — International Business Machines Corporation (US11586966B2)#607116Google Patents
• High-power, 420-nm, low-intensity-noise laser source for quantum computing applications#374341HAL (France)
• Authentication using key distribution through segmented quantum computing … — Accenture Global Solutions Limited (US11736298B2)#607102Google Patents
• SentinelChain: Reproducibility Dataset and Supporting Artifacts for Predictive Meta-Consensus in Quantum-Aware 6G Edge Ledgers#127157DataCite
• SentinelChain: Reproducibility Dataset and Supporting Artifacts for Predictive Meta-Consensus in Quantum-Aware 6G Edge Ledgers#127158DataCite
• Leveraging kleptography to strengthen post-quantum cryptography#397221Springer Nature OA
• Quantum computing service with quality of service (QoS) enforcement via out-of- … — Amazon Technologies, Inc. (US12430170B2)#607111Google Patents
• Quantum computing-enhanced deep learning for real-time detection and mitigation of cyberattack patterns#648539Springer Nature OA
• A hybrid deep learning and quantum computing framework enhances cybersecurity threat detection and analysis#419392Springer Nature OA
• Cryogenic thermal modeling of microwave high density signaling#495601OSTI.gov
• Systems and methods for interacting with a quantum computing system — D-Wave Systems Inc. (US20210272010A1)#607110Google Patents
• Method and system for quantum key distribution based on trusted computing — Alibaba Group Holding Limited (US10103880B2)#607398Google Patents
• A quantum-resistant unlinkable and strongly-unsplittable multi-coupon system#228823Springer Nature OA
• Research evolution in security involved for quantum computing and machine learning through scientometric review analysis#225376Springer Nature OA
• Federated quantum computing distributed architecture — At&T Intellectual Property I, L.P. (US11907804B2)#607117Google Patents
• Establishing a New Link between Fuzzy Logic, Neuroscience, and Quantum Mechanics through Bayesian Probability: Perspectives in Artificial Intelligence and Unconventional Computing#203233OpenAlex
• Filosofia computației: Realitate și calcul. Suport de curs, Universitatea din București, 2026#337305Figshare
• New Standard Set Theory#780686Figshare
• <scp>MolSym</scp>: A Python package for handling symmetry in molecular quantum chemistry#495663OSTI.gov