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Multi-Node Multi-GPU Quantum Simulation
Distributed statevector simulation with NVIDIA CUDA-Q across multiple GPUs and nodes on Vast.ai — pushing simulable qubit counts past single-device limits.
Read the write-up ↗
Quantum & AI Researcher · Creative Developer
Quantum & AI, crafted with precision.
I'm George Jiri Spitalsky — a quantum and AI researcher and creative developer. I design algorithms, scale GPU-accelerated quantum simulation, and turn frontier research into work that is rigorous, reproducible, and quietly beautiful.
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Quantum credentials
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PRs · UnitaryHack 26
#1
Qualification 2026 (prelim)
2020
Building LLMs since
About
From a multilingual GPT in 2020 to multi-GPU quantum simulation today.
George (spital) works where quantum computing meets artificial intelligence. He's a Qiskit Advocate, holds 15+ quantum credentials on Credly, and was personally recommended by an IBM manager. He completed every lab during Qiskit Global Summer School's dev week and will mentor at QGSS 2026 this July.
His open-source work spans quantum software — including five accepted pull requests during UnitaryHack 2026 — alongside machine learning and low-level systems work in RISC-V. On the HPC side, he runs distributed statevector simulation with NVIDIA CUDA-Q across multiple GPUs and nodes.
In 2020 — years before ChatGPT — he built a GPT-2-based conversational model with translation across Czech, English, Arabic, Polish, and German. The instinct is always the same: take what's barely possible and make it real, reproducible, and refined.
Selected work
Research that ships.
A portfolio across quantum HPC, language models, and open-source quantum software — each with a real, verifiable trail.
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gpt2-small-czech-cs
A fine-tuned GPT-2 language model for Czech, open-sourced on GitHub — practical, reproducible NLP for an under-resourced language.
View repository ↗03
Multilingual GPT — 2020
A ChatGPT predecessor built on GPT-2 with translation across Czech, English, Arabic, Polish & German — conversational AI years ahead of the curve.
More on GitHub ↗04
UnitaryHack 2026 — 5 PRs
Five accepted pull requests to open-source quantum software during UnitaryHack 2026 — contributing directly to the tools the quantum community relies on.
See contributions ↗05
Qualification Round 2026 — Winner
Top of the preliminary scoreboard in the 2026 quantum qualification round — a measurable, competitive result against a strong field.
View scoreboard ↗06
Qiskit Advocate & QGSS
Accepted into the Qiskit Advocate program; completed every Qiskit Global Summer School dev-week lab; mentoring new students at QGSS 2026 this July.
See credentials ↗How we work
From frontier idea to reproducible result.
A clear, low-risk path for research engagements, quantum prototypes, and applied-AI builds.
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Discovery
We scope the problem together — quantum feasibility, AI architecture, constraints, and the metrics that define success.
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Design
I design the algorithm or model, prototype the core, and deliver a clear technical plan with milestones.
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Build
Implementation with reproducible, tested code and real quantum-backend or multi-GPU integration.
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Deliver
Documentation, benchmarks, and a clean handover — with optional ongoing research support.
Social proof
Trusted by people who ship hard things.
Recognition from industry and the open-source quantum community — all independently verifiable.
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George pairs genuine quantum depth with the engineering discipline to actually ship. A rare combination on any team.
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His CUDA-Q simulation scaled cleanly across nodes — exactly the kind of HPC-quantum engineering the field needs right now.
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Five accepted PRs in a single hackathon. He simply understands open-source quantum software and how to contribute well.
Let's craft something exceptional.
Open to quantum & AI research collaborations, freelance builds, and QGSS 2026 mentoring. Tell me about your problem — or reach me directly on the channels below.