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Portfolio

Products & projects

Software built around a simple idea: the hard part of computational materials science should be the science.

Poraquê logo

Poraquê

In development Python

Machine learning density-based operators.

Poraquê is a software framework for machine learning operatorsbetween the real-space fields of density functional theory.Given only a crystal geometry, it predicts the charge density andthe kinetic energy density — no wavefunctions, no self-consistency cycle.

  • Density-based operators as first-class objects
  • Built for the standard scientific Python stack
  • Aimed at accelerating electronic-structure workflows

https://github.com/seixas-research/poraque

Calango logo

Calango

In development C++

Visual atomistic modeling.

A C++ toolkit for visual atomistic modelling — building, inspecting and manipulating atomic structures where seeing the system matters as much as computing it.

  • Interactive construction and inspection of atomic structures
  • Written in C++ for speed on large systems
  • Designed to sit alongside existing simulation codes

https://calango.seixas.dev

Other work

Smaller projects, teaching material and research tooling.

Carcará

A Python library for simulating fermionic quantum systems.

  • Python
  • Quantum
  • Simulation

Onça-pintada

A Python toolkit for investigating alloys — composition, structure and stability.

  • Python
  • Alloys
  • Materials

Tamanduá

Can you guess all the flags? A smaller Python project, built for the fun of it.

  • Python
  • For fun

Have a problem worth computing?

I'm open to research collaborations and consulting on scientific software and applied machine learning.

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