Life sets off a cascade of machines

Area of Science:

• Theoretical Biology
• Systems Biology
• Origin of Life Studies

Background:

• Life exists across vast scales, from subatomic particles to the entire biosphere.
• Seventeenth-century insights into infinity inspired a new perspective on life's organization.
• Previous models have not fully integrated micro and macro scales of biological organization.

Purpose of the Study:

• To propose a novel language for describing life as an infinite double cascade of machines.
• To integrate micro-level (Leibnizian) and macro-level (biosphere) organizational scales.
• To explore the evolutionary emergence of this double cascade system.

Main Methods:

• Conceptual framework development based on machine-making-machine analogy.
• Analysis of micro-cascade (cell to atomic scale) and macro-cascade (cell to biosphere scale).
• Identification of critical scale convergence point (microbial cell size and timescale).

Main Results:

• Life is conceptualized as a dual cascade: a micro-cascade (sub-machines to cell) and a macro-cascade (cells to biosphere).
• These cascades converge at the scale of microbial cells (1 micron, 10^3 s).
• A speculative model for the evolution of this double cascade from a self-replicating machine is presented.

Conclusions:

• The proposed double cascade language offers a unified view of life's organization across scales.
• The convergence point at microbial cell scales is critical for integrating the micro and macro cascades.
• Understanding this framework may shed light on the fundamental principles of life's emergence and evolution.