My personal quantum paper library
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quantum-technology
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Welcome to this community-driven, open-source website for learning about all aspects of quantum computing, from hardware to algorithms to everything in between and adjacent! Whether you are new to quantum science, building your foundation of knowledge, or supplementing a course, our goal is to help you learn based on your interests and background.
open-source quantum quantum-computing quantum-computation quantum-science quantum-education quantum-technology open-source-education
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Tutorials on quantum technologies
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Quantum kernel estimation with backend-matched IBM noise modeling, plus reproducible “Wigner’s friend” branch-transfer coherence-witness experiments executed on superconducting quantum hardware.
machine-learning qml svm quantum-computing classification superconducting-qubits quantum-machine-learning qiskit ibm-quantum-computer feature-maps quantum-technology ibm-quantum quantum-ml noise-modeling variational-algorithms quantum-kernels superconducting-computing ibm-quantum-hardware eagle-processor kernel-alignment
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A curated list of awesome libraries, learning resources, frameworks, and tools for quantum computing.
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Master Thesis Project: Neuromorphic Hardware Design IISER Bhopal, Dept. Electrical Engineering and Computer Science
neural-network hardware electronics spintronics ocr-python quantum-technology ocr-matlab ferromagnetism
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High-fidelity quantum computing simulation platform for exploring BB84, Shor Code, Grover's Algorithm and other quantum protocols and algorithms
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Frontier AI research through rigorous systems-level experimentation — applying physics-inspired experimental methods and information-theoretic tools to measure scaling, robustness, and alignment properties of frontier AI systems.
ai artificial-intelligence alignment artificial-neural-networks superposition quantum-teleportation quantum-entanglement quantum-machine-learning quantum-dynamics quantum-technology adaptive-quantum-networks space-telemetry-anomaly-detection continuation-interest local-functional-recoverability macroscopic-quantum-coherence superposed-quantum-topologies
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# Casimir Tunable Permittivity Stacks — Research Prototype
uncertainty-quantification metamaterials quantum-physics terahertz digital-twin quantum-technology casimir-effect precision-control permittivity-control electromagnetic-control
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This simulation demonstrates how a Fabry–Pérot cavity acts as a narrowband spectral filter for single-photon wavepackets. It includes frequency-domain and time-domain examples showing how an input photon spectrum is shaped by the cavity transfer function.
quantum-computing quantum-optics photonics interferometry cavity-qed fabry-perot quantum-technology optical-filter fabry-perot-interferometer
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Code associated with the manuscript: "Optimal squeezing for quantum target detection" by G. Spedalieri and S. Pirandola, Phys. Rev. Research 3, L042039 (2021). This work was funded by the EU Horizon 2020 Research and Innovation Action under grant agreement No. 862644 (FET Open project: Quantum readout techniques and technologies, QUARTET)
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RL Agents to Control an Universal quantum gate set {H, T, CNOT}
machine-learning reinforcement-learning deep-learning quantum-mechanics quantum-computing quantum-information quantum-algorithms quantum-control quantum-technology
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Quantum-Based Portfolio Diversification (QBPD) is a quantum algorithm designed to optimize and diversify investment portfolios using quantum computing principles.
python finance machine-learning quantum-computing predictive-analysis algorithmic-trading quantum-algorithms investment-strategies qiskit financial-modeling quantum-finance portfolio-diversification quantum-technology investment-optimization quantum-portfolio
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Personal Library Web-App
react redis jenkins search-engine library recaptcha books mongodb cross-platform docker-compose spring-security taskwarrior task-tracking quantum-technology
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Simulations of ion beam spot size and methods of measurement, specifically in the comparison of error function fitting and 80:20 rule in knife edge measurements as a method of approximating imaging resolution and spot size of focussed ion beams.
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Tunable permittivity stacks enable precise electromagnetic control through advanced metamaterials. Explore our digital twin framework for sub-1% accuracy. 🌐💻
control-systems uncertainty-quantification metamaterials quantum-physics terahertz digital-twin experimental-physics quantum-technology negative-energy casimir-effect warp-drive lorentz-invariance precision-control permittivity-control electromagnetic-control
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