Cooper*
850Élan Vital
If life is computational, then are human-engineered (that is, “artificial”) computers alive? They are certainly purposive, or we couldn’t talk about them being broken. Even so, systems can acquire direction through feedback, repair, reproduction, and selection.
What looks like a single enduring thing may instead be a process that keeps rebuilding itself. Its continuity belongs to the organization, not to any particular piece of matter.
Fraunces
850 / 100 softÉlan Vital
If life is computational, then are human-engineered (that is, “artificial”) computers alive? They are certainly purposive, or we couldn’t talk about them being broken. Even so, systems can acquire direction through feedback, repair, reproduction, and selection.
What looks like a single enduring thing may instead be a process that keeps rebuilding itself. Its continuity belongs to the organization, not to any particular piece of matter.
Crimson Pro
880Élan Vital
If life is computational, then are human-engineered (that is, “artificial”) computers alive? They are certainly purposive, or we couldn’t talk about them being broken. Even so, systems can acquire direction through feedback, repair, reproduction, and selection.
What looks like a single enduring thing may instead be a process that keeps rebuilding itself. Its continuity belongs to the organization, not to any particular piece of matter.
Averia Serif Libre
700Élan Vital
If life is computational, then are human-engineered (that is, “artificial”) computers alive? They are certainly purposive, or we couldn’t talk about them being broken. Even so, systems can acquire direction through feedback, repair, reproduction, and selection.
What looks like a single enduring thing may instead be a process that keeps rebuilding itself. Its continuity belongs to the organization, not to any particular piece of matter.