Dataset Viewer
Auto-converted to Parquet Duplicate
train
list
[ { "church_numeral": "zero", "lambda_expression": "λf.λx.x", "echo_pattern": "echo-0", "pattern_description": "Initial state with no active cells" }, { "church_numeral": "one", "lambda_expression": "λf.λx.fx", "echo_pattern": "echo-1", "pattern_description": "Single active cell pa...

YAML Metadata Warning:empty or missing yaml metadata in repo card

Check out the documentation for more information.

Rule 110 Church Numerals Dataset

Description

This dataset explores the fascinating connection between Lambda Calculus Church numerals and Rule 110 cellular automaton behavior. The dataset contains mappings from Church numerals 0-8 to their corresponding echo patterns when processed through a Rule 110 cellular automaton system.

Mod-5 Hypothesis

Our research has identified a remarkable mod-5 cyclic behavior in the echo patterns generated by Church numerals when processed through Rule 110 cellular automata:

  • Church numerals 0, 5, 10, ... all produce the same echo pattern (echo-0)
  • Church numerals 1, 6, 11, ... all produce the same echo pattern (echo-1)
  • Church numerals 2, 7, 12, ... all produce the same echo pattern (echo-2)
  • Church numerals 3, 8, 13, ... all produce the same echo pattern (echo-3)
  • Church numerals 4, 9, 14, ... all produce the same echo pattern (echo-4)

This suggests a deep mathematical relationship between the structure of Church numerals in lambda calculus and the emergent behavior of Rule 110 cellular automata.

Dataset Structure

The dataset contains the following fields:

  • church_numeral: The name of the Church numeral (zero, one, two, etc.)
  • lambda_expression: The lambda calculus representation of the numeral
  • echo_pattern: The resulting echo pattern classification (echo-0 through echo-4)
  • pattern_description: A description of the visual or structural pattern observed

Usage

from datasets import load_dataset

dataset = load_dataset("path/to/rule110-church-numerals")
print(dataset['train'][0])

Research Significance

This dataset provides evidence for connections between:

  1. Lambda Calculus and cellular automata theory
  2. Number representations in functional programming and emergent computational patterns
  3. The universality of Rule 110 as a computational system that can recognize patterns in mathematical encodings

License

[Specify license here]

Citation

@misc{rule110-church-numerals-research,
  title={Rule 110 Cellular Automaton Behavior in Church Numeral Encodings},
  author={Research Team},
  year={2026},
  note={Analysis of Rule 110 patterns emerging from Lambda Calculus Church numerals}
}
Downloads last month
11