Code used in article: Tracing cell-type evolution by cross-species comparison of cell atlases

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An atlas of continuous adaptive evolution in endemic human viruses

Features Darwin (code evolution), Atlas (database automation), Phantom (browser control), Mission Control (orchestration), and 24 more. Meta-evolution capable. The Singularity achieved!

Source code for methods for A Dynamic Pre-Leukemia Stem Cell Atlas of Myeloproliferative Neoplasm Evolution

The-Talmud-Commentary-Atlas | A comprehensive digital cartography of rabbinic scholarship, charting the breadth, depth, and evolution of commentary across the Babylonian Talmud through interactive visualizations and statistical analysis.

A Digital Museum of Interface Design — An interactive showcase exploring how UI/UX, typography, and shaders have transformed across decades. Features 7 curated experiments: kinetic typography, liquid shaders, color theory systems, and the evolution from static tools to ambient computing. Built with React, Three.js, WebGL, and GSAP.

Governed evolution layer for OpenClaw and Atlas Memory: runtime ingest, audit trails, reviewable proposals, rollback-safe promotion, and restart-safe handoff workflows.

Config files for my GitHub profile.

A Personal Programming Skill Map

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An interactive journey through UI design history. Explore 36 components across 4 eras: Solid State (1995), Glass Age (2010), Organic Flow (2020), and Hybrid Architecture (2025). Features era-specific modals, animated timelines, cursor interactions, and a component library with full HTML/CSS/GSAP documentation.

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This repository contains the analysis code and scripts for the study "Cross-species single cell atlas of mammalian brain evolution".

A molecular atlas of plastid and mitochondrial adaptations across the evolution from chlorophyte algae to angiosperms

A comprehensive atlas exploring the evolution and influence of Afropop music

ATLAS (Axelandre's Technical Linear Adventure System) is an industry evolution-oriented adventure mod for Minecraft.

This repository contains the code for the manuscript titled "Decoding Horizontal Genetic Transfers and Their Role in Plant Evolution via a Comprehensive HTT Atlas"

Code and additional information relevant to the manuscript "A single cell atlas of bobtail squid visual and nervous system highlights molecular principles of convergent evolution"

ATLAS — Autonomous Task, Learning, and Agent System. A self-evolving AI operating system for Claude Code. Auto-continuation, smart swarms, self-evolution, and 282 skills.

v2.6 refines 3I/ATLAS analysis with automated peak detection, improved Δv modelling, Ni/Fe compositional anomaly, colour–brightness evolution, and multi-station validation of post-perihelion noise events.

Constraint-complete phenomenology of radiation in Dual-Frame Theory. Defines irreducible constraint classes (C1–C5) governing phase evolution, with a Binding Atlas and Challenge Log mapping radiation phenomena to constraint signatures under explicit falsifiability.

Atlas des Tensions est une plateforme de veille géopolitique qui agrège des données en temps réel (news, GDELT, ACLED), détecte et normalise les événements à risque, puis les visualise sur une carte interactive avec des scores par pays pour suivre l’évolution des tensions mondiales.

Cette carte est une visualisation interactive d’un Atlas Cognitif profond, construit à partir du corpus du site Agdistys.fr, dans le cadre du projet ConScience aMi du système Ouroboros. En evolution... © Agdistys • Diane Serant - Lien de ma Galerie : https://Agdistys.github.io/Schemas/ (CC BY-SA 4.0)

The Stellar Atlas is an independent research project focused on simulating and visualizing the evolution of stars across a wide range of masses and metallicities. This project leverages advanced computational tools to explore the intricate life cycles of stars, from their birth on the main sequence through various evolutionary stages.

The Stellar Atlas is an independent research project focused on simulating and visualizing the evolution of stars across a wide range of masses and metallicities. This project leverages advanced computational tools to explore the intricate life cycles of stars, from their birth on the main sequence through various evolutionary stages.