Next-generation engine of computational workflows for both human and agents (Real-World Feedback is welcome!)
PINNStudio: A graphical platform for forward and inverse physics-informed neural networks
A large collection of useful scripts originated or adapted by Onri Jay Benally. This is where Onri's new repositories & many of his projects are born.
Some summaries for lectures of the RW/CSE curriculum
A hands-on introduction and reproducible benchmark for students and beginning researchers exploring N-body integrators, their accuracy, computational cost, and long-term behavior.
LabScribber is a Python-based scientific analysis platform for processing spectra, detecting and fitting peaks, performing multivariate analysis, and generating publication-ready figures and reports.
Experimental framework for artificial scientific reasoning, verification, hypothesis generation, and reproducible research.
Iniciação Científica envolvendo pequenos modelos de Inteligência Artificial para Chatbots educacionais, em específico para o Debugando ED
A theory of identifiability, minimal causal interfaces, and measurement limits for adaptive systems.
Open-source, local-first desktop software for building, analysing and reproducing mathematical experiments. Model Laboratory combines typed model, run and artifact protocols, canonical experiment bundles, provenance tracking, extensible scientific packs and a review-gated AI interpreter, with computation kept on the user’s machine.
Define and Run Computational Experiments on Cybershuttle
A Dynamic System Framework Engine for modelling many different physical and mathematical systems. DSFE's code is prodominantly programmed in C++/C, with the GUI using Vulkan SDK and GLSL for the graphics pipeline. Currently supports Linux (x86/64) and Windows (x86/64)
Computational case study on π digits: sequence frequencies vs a uniform i.i.d. model, boundary-aware partitioned scans, and serial vs OpenMP throughput.
Independent scientific initiative exploring cognition, internal observers, reproducible simulations, and computational models of knowledge formation.
Interactive Streamlit application for exploring, comparing, and analyzing stochastic 3D root architecture simulations.
Reproducible scientific-computing framework for stochastic 3D root architecture simulation, quantitative analysis, and scalable Monte Carlo experiments.
Curated collection of resources for computational materials science
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