Explore quantum computing, sensing, communication, and quantum-device research.
This study evaluates the sustainability costs of different defect engineering methods for quantum communication materials using a multi-attribute framework.
Published 2026-10-03View evidence and readiness →This research presents a compositional quantum heuristics approach to address the challenge of barren plateaus in quantum machine learning by reusing models trained on small graph instances to solve larger Max-Clique problems.
Published 2026-10-02View evidence and readiness →The study presents a bridged resonance configuration that enhances the performance of blue organic light-emitting diodes by improving photoluminescence quantum yields, singlet-triplet splitting, and spin-orbit couplings in proof-of-concept molecules, leading to high external quantum efficiencies and narrowband blue emission.
Published 2026-09-29View evidence and readiness →This study demonstrates a GaAs/AlGaAs heterojunction quantum ratchet photodetector with broadband infrared detection capabilities and improved operating temperature performance.
Published 2026-09-26View evidence and readiness →This paper proposes a complex-valued quantum neural network that extends quantum machine learning by incorporating complex numbers, enhancing expressivity through frequency-dependent adaptability and functional distribution of Fourier coefficients.
Published 2026-09-23View evidence and readiness →This paper presents a 12-dimensional architecture that redefines the Planck energy limit as a thermodynamic saturation point using silicon carbide tensor lattice.
Published 2026-09-23View evidence and readiness →This study presents a real-time quantum error mitigation scheme for single-qubit measurement errors in one-way quantum computation, using an ancillary qubit register and a voting protocol to detect and correct errors during computation.
Published 2026-09-19View evidence and readiness →This technical supplement to the Admissibility Physics Framework derives Einstein's field equations, the cosmological constant, dark matter, and cosmological parameters from optimal reallocation of admissibility capacity under PLEC, with a classification of regime exits into five types.
Published 2026-09-17View evidence and readiness →This technical supplement presents a mathematical framework for distinguishing between physical theories using Boolean algebras and process-theoretic functors, establishing a sharp distinction between LP and NPA frameworks and connecting them to standard reconstruction approaches.
Published 2026-09-17View evidence and readiness →This paper introduces a formal framework for connecting different physical theories through mathematical projections and consistency identities.
Published 2026-09-17View evidence and readiness →This technical supplement provides proofs for theorems related to the Admissibility Physics Framework, focusing on the derivation of spacetime structure and particle interactions through mathematical analysis.
Published 2026-09-17View evidence and readiness →This technical supplement to the Admissibility Physics Framework paper outlines the unique admissible solution of the Standard Model field content, derived from seven structural filters, and presents formal proofs for the main theorems.
Published 2026-09-17View evidence and readiness →This technical supplement provides detailed proofs and formal records for the claims made in the main paper on quantum mechanics.
Published 2026-09-17View evidence and readiness →This study proposes a hybrid framework integrating quantum key distribution, coalition formation games, and optimization algorithms to enhance security and energy efficiency in wireless sensor networks.
Published 2026-09-16View evidence and readiness →This study presents a symmetry-informed regularization method for quantum neural networks that improves training efficiency by leveraging data symmetry through an input density matrix.
Published 2026-09-14View evidence and readiness →The study proposes a new mathematical framework called "Sectoral Topology" to recontextualize the universe as a network of isolated, 12-dimensional topological sectors, aiming to address theoretical limitations in standard cosmological models.
Published 2026-09-14View evidence and readiness →The study demonstrates structured light-matter interaction at the single-photon level in a semiconductor cavity quantum electrodynamics system, using four spectrally close structured cavity modes.
Published 2026-09-08View evidence and readiness →First-principles calculations predict tunable near-infrared zero-phonon-line-like emission from boron nitride nanotube defects, suggesting potential for quantum communication applications.
Published 2026-09-06View evidence and readiness →This study presents an automated protocol called ACCEnTOR that uses machine learning and geometric reconstruction to analyze charge stability diagrams of quantum dot devices, enabling efficient characterization of their capacitive environment.
Published 2026-09-01View evidence and readiness →This study enhances satellite laser ranging accuracy by employing a high-stability 532 nm picosecond laser and a high-quantum efficiency single-photon detector.
Published 2026-09-01View evidence and readiness →This study develops and cryogenically validates time-division multiplexed voltage control schemes for two types of electrodes in trapped-ion quantum processors.
Published 2026-08-31View evidence and readiness →This paper presents a nanotechnology-based full-adder design using quantum-dot cellular automata with three-input XOR and majority gates for compact digital logic implementation.
Published 2026-08-30View evidence and readiness →This study theoretically compares vertical and diagonal quantum cascade detectors using GaAs/AlGaAs heterostructures, analyzing their performance in terms of noise and detectivity.
Published 2026-08-27View evidence and readiness →This study presents a new method called PEAC for parameter estimation in atom interferometers by using statistical inference on magnetically sensitive substates, demonstrating improved accuracy compared to standard methods.
Published 2026-08-26View evidence and readiness →This paper extends the concept of quantum measurement to include quantum agents that can store both classical and quantum information in their memory during observations.
Published 2026-08-25View evidence and readiness →The study uses a trapped-ion quantum simulator to investigate quantum quenches from a critical point, demonstrating universal scaling of defect statistics and providing experimental validation of theoretical predictions.
Published 2026-08-22View evidence and readiness →