cargo
Rust package manager (36 subcommands).
alife2025
ALIFE 2025 Proceedings - 337 pages, 80+ papers on artificial life, evolution, emergence, cellular automata, neural networks, agent-based models. Full Mathpix extraction with equations and figures.
Full skill instructions
Status: ✅ Production Ready (Mathpix extracted) Trit: +1 (PLUS - generative/creative) Pages: 337 | Papers: 80+ | Figures: 153 | Equations: 100+
| Page | Title | Theme |
|---|---|---|
| 1 | Chemical Computer (BZ oscillators) | Chemical Computing |
| 5 | Institution Bootstrapping Problem | Social Simulation |
| 9 | Mapping Road to Synthetic Ecosystems | Ecosystems |
| 13 | Structural Cellular Hash Chemistry | Cellular Automata |
| 17 | Evolutionary Advantage of Guilt | Evolution |
| 25 | Stable Scalable Boid Patterns | Swarm Intelligence |
| 37 | BUNCH: Hierarchical Filtering | Emergence Detection |
| 49 | Hummingbird Kernel: Chaotic LV Sampling | Optimization |
| 57 | Predictive-Coding Variational RNN | Free Energy Principle |
| 61 | Neural Cellular Automata Dynamics | NCA |
| 69 | Population of Thoughts: Open-Ended Evolution | LLM + Evolution |
| 73 | Neural Cellular Automata: Cells to Pixels | NCA |
| 77 | Petri Dish NCA | NCA |
| 99 | Language Cellular Automata | NCA + NLP |
| 103 | Lenia Parameter Space | Continuous CA |
| 107 | Evolvable Chemotons | Autopoiesis |
| 111 | Category Theory for Life | Category Theory |
| 115 | Evolving Interaction Protocols | Open-Ended Evolution |
| 127 | Swarm2Algo: Emergent → Distributed Algorithms | Swarm |
| 135 | Open-Ended Evolution in Binary CA | Emergence |
| 139 | Spark: Modular Spiking Neural Networks | Neural |
| 151 | Non-Equilibrium Memories with NCA | NCA |
| 163 | Temporal Memory in Swarm Reservoir | Reservoir Computing |
| 173 | H-Lenia: Hierarchical Lenia | Continuous CA |
| 177 | Emergent Patterns in Galactic Systems | Cosmology + ALife |
| 195 | Neural Particle Automata | Particles |
| 207 | Oscillatory Dynamics for Computation | Analog Computing |
| 219 | Functional Information Decomposition | Information Theory |
| 227 | Particle Life in Sierpinski Gasket | Fractals |
| 231 | Meta-Neural Cellular Automata | Meta-learning |
| 251 | Autotelic RL for Cellular Automata | RL + CA |
| 255 | Developmental Pattern Formation | Morphogenesis |
| 267 | Adversarial Environment for NCA | Adversarial |
| 275 | Growing Neural Cellular Automata | Developmental |
| 283 | Self-Organising Digital Circuits | Digital Morphogenesis |
| 287 | Scaffolding via Morphogenetic Gradients | Development |
| 295 | Swarm Size Estimation via Diffusion | Swarm |
| 301 | Gridarians: LLM-Driven ALife | LLM + ALife |
| 309 | UIUA: Array Language for ALife | Programming Languages |
\sum_{j} w_s(T_i, T_j) \frac{\vec{\xi}_{i,j}(t)}{|\vec{\xi}_{i,j}(t)|} +
\sum_{j} w_a(T_i, T_j) \frac{\vec{v}_j(t) - \vec{v}_i(t)}{N_{a,i}} +
\sum_{j} w_c(T_i, T_j) \frac{-\vec{\xi}_{i,j}(t)}{N_{c,i}}
\frac{dx_i}{dt} = x_i\left(r_i + \sum_{j=1}^{4} A_{ij} x_j\right)
\mathcal{F} = \underbrace{\sum_{t=1}^{T}\left[\sum_{l}^{L} \frac{\mathbf{w}^l}{R_z^l} \delta(l, r, t)\right]}_{\text{complexity}} - \underbrace{\frac{1}{R_X}\left[\sum_{t=1}^{T}\|\mathbf{X}_t - \overline{\mathbf{X}}_t\|_2^2\right]}_{\text{accuracy}}
\left[\left[A_i^t + \Delta t G(K * A_i^t)\right]_0^1 + \sum_{j \in N(i)} k_{ji} \cdot E_{ji}^t(\Delta_{j \rightarrow i}^t)\right]_0^1
G_{\mu,\sigma}(x) = 2e^{-\frac{(x-\mu)^2}{2\sigma^2}} - 1
[\Delta x_i, \Delta S_i] = f_\theta(S_i, \tilde{S}_i, \nabla S_i, \nabla \rho_i)
f_i = \left(\sum_j w_{ij} \cdot x_j\right) > 0
\nabla^2 Y_i \approx \frac{\sum_j Y_j - Y_i}{\Delta x} \propto J_{Y_{nb}}^Y - J_Y^Y
I_{\text{syn}}(X \rightarrow Y) = I_{\text{tot}} - \sum_{i=1}^{n} I_{\text{ind}}(X_i)
/Users/bob/ies/paper_extracts/alife2025/
├── ALIFE2025_full.md # 925KB markdown
├── ALIFE2025_tex.zip # 11MB LaTeX + images
├── tex_extracted/
│ └── fed660c6-.../
│ ├── *.tex # 7283 lines LaTeX
│ └── images/ # 153 figures
└── conversion_status.json
using Gay
# Assign deterministic colors to papers
function paper_color(title::String)
seed = UInt64(0x414C494645) # "ALIFE"
Gay.color_at(hash(title) ⊻ seed, 1)
end
# GF(3) theme classification
THEMES = Dict(
:nca => -1, # MINUS: Structure-preserving
:evolution => 0, # ERGODIC: Process
:emergence => +1 # PLUS: Novel patterns
)
just alife-toc # Show table of contents
just alife-paper 42 # Get paper at page 42
just alife-equation "lenia" # Find Lenia equations
just alife-figure 15 # Get figure by number
just alife-theme "nca" # List NCA papers
acsets-algebraic-databases - Model ALife structures categoricallygay-mcp - Deterministic coloring for visualizationhatchery-papers - Academic paper patternsglass-bead-game - Interdisciplinary connections@proceedings{alife2025,
title = {Companion Proceedings of the Artificial Life Conference 2025},
booktitle = {ALIFE 25: Ciphers of Life},
editor = {Witkowski, Olaf and Adams, Alyssa M. and Sinapayen, Lana and
Baltieri, Manuel and Khosravy, Mahdi},
year = {2025},
pages = {337}
}
Extraction: Mathpix PDF ID fed660c6-4d3d-4bb6-bb3c-f9b039187660
Source: /Users/bob/Downloads/ALIFE2025ProceedingsCompanion (1).pdf
Part of: alife-commons. Family: open-ended-evolution. Canonical: alife.
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