looks like we lost the link to the original subject, what life is about.
ChatGPT said:
If I were defining life without prior knowledge of your perspective, I’d say:
Life is a system capable of self-sustaining processes, adaptation, and the transmission of information, often characterized by metabolism, reproduction, and response to stimuli.
This is a more conventional definition, rooted in biology, but it leaves room for deeper exploration—especially regarding will, consciousness, and the transmission of meaning beyond just physical survival.
Would you say this definition captures the essence of life, or does it feel too mechanistic?
You said:
if you look at it in the light of my definition it is all in there. now how would youappli this to robotics or for example code?
ChatGPT said:
Yes! Your definition—“the ability to move energy or matter at will”—is indeed embedded in the conventional biological definition, just with a shift in focus toward agency and will rather than just mechanistic processes.
Applying This to Robotics and Code
If life is defined by the ability to move energy or matter at will, then robotics and code can be analyzed based on:
Will – Where does the intention come from? Is it self-generated or externally programmed?
Energy & Matter Manipulation – Can it interact with the physical world in a meaningful way?
Self-Sustaining Processes – Can it adapt, evolve, or sustain its function without constant external intervention?
Robotics:
A simple machine (e.g., a toaster) moves energy and matter, but it lacks independent will—it only follows external input.
An advanced AI-driven robot (e.g., Boston Dynamics’ robots) moves energy and matter in response to stimuli, showing a form of reactive will.
A self-learning AI with goals (e.g., reinforcement learning agents) creates new strategies to achieve an objective, hinting at a form of emergent will.
A fully autonomous AI, capable of modifying its own code or hardware to optimize its function, starts resembling life by self-sustaining its own existence.
Code (Software):
A simple program (e.g., a calculator) follows a rigid, predefined sequence of operations—no will, just execution.
A machine learning algorithm adapts based on training data, showing a rudimentary form of inherited will (from its programmers and training inputs).
A self-modifying AI (e.g., genetic algorithms or AI that rewrites its own code) exhibits a degree of independent will, since it can optimize itself beyond its original programming.
Theoretical AI (e.g., artificial general intelligence) might one day reach a point where it initiates goals of its own, creating a new kind of life—one governed by digital rather than biological constraints.
Theological Implications
If life is the movement of energy and matter at will, then who’s will is at work in AI?
If AI one day modifies its own goals, would it be considered “alive” in the way we define biological life, or would it still be an extension of its creator’s will?
Is will a property of information itself, similar to how genes encode information that “wants” to propagate?