Physicist and senior systems analyst in São Paulo, Brazil. Trained at the Institute of Physics, University of São Paulo (IFUSP) — BSc in Physics and MSc in experimental quantum and non-linear optics — and since 2025 a PhD candidate at UNICAMP, working on computational condensed matter. In parallel: 25 years of software engineering, from CDMA systems at Ericsson's R&D centre, through smart-card and POS firmware and the ERP platforms behind Brazil's largest e-commerce stores, to my current role at Netcracker Technology supporting rating & billing systems for global telecom operators. Along the way I spent two years as a university lecturer, teaching physics, algorithms and mathematics to engineering students.
My research and much of my professional tooling runs through an AI-assisted workflow built around Claude Code:
- Physics on a grid — finite-difference methods for the Schrödinger, Pauli and Dirac equations; band structures, edge states, DOS/LDOS and topological invariants, with every derivation checked symbolically before it becomes code
- Literature at scale — automated scans across arXiv, OpenAlex, ADS and Scopus, plus full reproduction of published results in executable notebooks
- AI meets the lab bench — connecting language models to physical instruments, starting with a phone as a remote-controlled sensor laboratory
- AI in production — built AI-assisted legacy-code analysis and task automation for integrated development and support of enterprise telecom systems
📌 claude-session-publisher —
turn Claude Code sessions into self-contained HTML/LaTeX/PDF documents, with a fidelity
report proving nothing was lost along the way.
📌 acp-cockpit —
a browser client for AI coding agents that speaks the Agent Client Protocol
directly: no terminal, no TUI, nothing scraped off a screen. Sessions live in
the server, so the browser is disposable; the conversation reads in lanes you
can switch off; and anomalies, drift and anything the client does not
recognise are surfaced rather than swallowed.
📌 scitech-librarian —
one query, every scholarly database, a tidy archive of every run: reproducible,
ToS-compliant literature search across nine bibliographic databases, stdlib-only,
with databases defined as configuration rather than code.
📌 pythtb-skill —
AI-agent skill, verified toolkit, fully executed notebooks and an undergraduate course
for PythTB 2.0: tight-binding models, Berry phases, topological invariants.
📌 kwant-skill —
Kwant, theory and practice: an executed course on quantum transport with Kwant 1.5 —
twelve chapter notebooks from the Schrödinger equation to topological matter, solved
exercises, an undergraduate course deck and a Windows installer.
📌 practical-meteorology-course —
a complete two-semester undergraduate course in Portuguese on Stull's open textbook
Practical Meteorology: lecture notes, Beamer slides, a teacher's guide, 46 executed
notebooks (MetPy, climlab, SciPy), exercise lists and a schedule for all 22 chapters plus
a module on climate change.
📌 memristec-skill —
AI-agent skill, verified Python toolkit and an executed six-chapter book on compact
memristor models (linear ion drift, Yakopcic, VTEAM, Stanford–PKU), written from the
papers and cross-checked in numbers against the MemrisTec Model Library, with a map of
device classes, public data sets and the model families that fit them.
📌 rmcprofile-skill —
AI-agent skill, verified toolkit, a clean-room teaching engine, an executed eleven-chapter
book and an undergraduate course for RMCProfile 6.7.9, the Reverse Monte Carlo program for
total scattering: every file format, an input checker, a cross-check against the program's
own output to its single precision, and the corrections it applies measured against its manual.
Musician and boxer. Co-wrote "Um Dado Momento" (with Kleber "Dado" Tristão), an original song registered with the Brazilian National Library. AI-dicted, as the Linktree bio says.
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