Quantum algorithms, tensor networks, optimization, and computational physics turned into reusable tools, reproducible workflows, and explanations that people can actually use.
Quantum Coordinator at ITCL · Burgos, Spain
Overview | Flagship Projects | Research Compass | Research & Papers | Teaching & Outreach | Project Atlas | Stack
This profile is the public landing page for my work across research, scientific software, teaching, and outreach. If you arrive here through a paper, a repository, a class, or a talk, this README is meant to help you find the right entry point quickly.
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Research Quantum algorithms, tensor networks, optimization methods, and computational physics connected to papers, experiments, and reproducible workflows. |
Scientific Software Python libraries, visual tooling, GUIs, and reusable templates that make advanced workflows easier to inspect, test, and reuse. |
Teaching & Outreach Courses, notebooks, demos, and public communication designed to make advanced topics clearer without flattening their depth. |
Open the full repository atlas
These are the repositories that best represent the intersection of research, tooling, and usability in my work.
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2D and 3D tensor network visualization across Torch, NumPy, Quimb, Tensorkrowch, TenPy, and TensorNetwork for analysis, debugging, and communication.
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Interactive local editor for designing tensor networks visually and exporting readable Python code for several backends.
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Matplotlib-based library for drawing quantum circuits, plotting measurement results, and comparing outputs across different ecosystems.
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Curve fitting software with GUI support, multiple models, uncertainty analysis, and polished visual output for scientific and educational work.
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Numerical solver and visualizer for ODEs, difference equations, and PDEs through an accessible Python desktop interface.
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Quantum-inspired TSP solver built as a research-driven exploration of tensor networks, optimization, and scientific communication.
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flowchart TD
A["Start here"] --> B["Research & papers"]
A --> C["Scientific software"]
A --> D["Teaching & outreach"]
A --> E["Full repository atlas"]
B --> B1["Algorithms, tensor networks, optimization"]
C --> C1["Libraries, GUIs, visual tools"]
D --> D1["Courses, notebooks, public communication"]
E --> E1["Browse the complete repository map"]
style A fill:#4c1d95,color:#ffffff,stroke:#c4b5fd,stroke-width:2px
style B fill:#5b21b6,color:#ffffff,stroke:#ddd6fe
style C fill:#6d28d9,color:#ffffff,stroke:#ddd6fe
style D fill:#7c3aed,color:#ffffff,stroke:#ddd6fe
style E fill:#8b5cf6,color:#ffffff,stroke:#ede9fe
These repositories connect directly to papers, experiments, and algorithmic work:
- TSP with Tensor Networks - quantum-inspired TSP solver with a research narrative around tensor networks. Paper
- HHL with Tensor Networks - classical simulation of the HHL algorithm with tensor networks. Paper
- Linear Chain QUBO and QUDO - polynomial-time solver for tridiagonal QUBO, QUDO, and Tensor QUDO formulations. Paper
- Efficient Tensor Network Initialization - finite initialization with partial norms for tensor neural networks. Paper
- Task Scheduler with Tensor Networks - scheduling optimization through tensor network methods. Paper
- HoLCUs_QAOA - HoLCUs experiments connected to QAOA and quantum optimization. Paper
- Hotels-TSP-Tensor-QUDO - travel-search-style TSP explored through QAOA, QUBO, and Tensor QUDO formulations
I use GitHub not only to publish results, but also to teach and communicate ideas more openly:
- Curso_Algoritmos_Cuanticos_Qiskit - quantum algorithms course with practical Qiskit notebooks
- QAOA_Foro_Nuevos_Paradigmas - workshop-style QAOA implementation prepared for a public session
- Mini-Qiskit_with_Tensor_Networks - educational mini-Qiskit built with tensor networks
- Shor-Algorithm - educational implementation and review material around Shor's algorithm
- IBM-Qiskit-Fall-Fest-Quantum-Challenge - notebooks and submission for the IBM Qiskit Fall Fest Quantum Challenge
I also run When Physics, a channel where I share physics and quantum computing with a broader audience.
Right now I am especially focused on:
- building tensor-network tooling that is more visual, inspectable, and code-friendly
- turning research prototypes into reusable and better structured scientific Python packages
- connecting advanced quantum and numerical ideas with material that works for both specialists and learners
If you want the broader catalog, here is the repository map grouped by intent.
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Read papers Tensor-network algorithms, optimization, HHL, QAOA, and related research repositories. |
Use tools Visual editors, scientific GUIs, and reusable software for research and teaching. |
Learn concepts Courses, notebooks, educational implementations, and workshop material. |
Explore side work Templates, utilities, legacy projects, and smaller applied experiments. |
Open the full project map
- Tensor-Network-Visualization - 2D and 3D tensor network visualization across major Python backends
- Tensor-Network-Editor - visual editor that exports readable Python code for several tensor-network ecosystems
- quantum-circuit-drawer - Matplotlib-based quantum circuit drawing and result visualization
- RegressionLab - curve fitting GUI for experimental and classroom data
- DifferentialLab - numerical solver and visualizer for ODEs, difference equations, and PDEs
- Traveling_Salesman_Problem_with_Tensor_Networks - tensor-network TSP solver. Paper
- Tensor_Networks_HHL_algorithm - HHL simulation with tensor networks. Paper
- Lineal_chain_QUBO_QUDO_TensorQUDO_Solver_with_Tensor_Networks - tensor-network solver for linear-chain QUBO and QUDO. Paper
- Efficient_Initialization_Tensor_Networks - initialization methods for tensor neural networks. Paper
- Task_Scheduler_with_Tensor_Networks - scheduling optimization with tensor networks. Paper
- HoLCUs_QAOA - HoLCUs and QAOA experiments. Paper
- Hotels-TSP-Tensor-QUDO - travel-search-style TSP with QAOA, QUBO, and Tensor QUDO formulations
- mbqc-tn - exploratory MBQC and tensor-network work
- Curso_Algoritmos_Cuanticos_Qiskit - quantum algorithms course with practical notebooks
- QAOA_Foro_Nuevos_Paradigmas - public-session QAOA implementation
- Mini-Qiskit_with_Tensor_Networks - educational mini-Qiskit built with tensor networks
- Shor-Algorithm - educational Shor implementation and review material
- IBM-Qiskit-Fall-Fest-Quantum-Challenge - challenge submission and notebooks
- Experimento-FPUT - FPUT simulation in Fortran and Python
- Skyrme-rho-with-6-term-in-instanton-app - symbolic and numerical work for a Skyrme-model application
- Ajustador - earlier fitting tool and historical precursor to later data-analysis software
- Tensor-Network-Image-Analysis-Template - starter for tensor-network image classification with PyTorch and TensorKrowch
- vibe_template - reusable Python project template with CLI and quality scaffolding
- TransTools - public utilities repository
- PickCounter - image-based guitar pick counting and color classification
- Sun-Glare-Aware-Router - route-planning experiment that accounts for sun glare
- sunny-places - side experiment around sun-aware place exploration
- desktop_config - personal desktop configuration repository
- DOKOS-TAYOS - repository behind this profile README
From papers to packages, from notebooks to public explanations.