SIMULATING THE ORIGIN OF LIFE

▸ Loading the early-Earth chemical soup (~4 billion years)…
▸ Building the Miller–Urey flask + electric sparks
▸ Folding an RNA strand into a self-catalyzing ribozyme
▸ Opening an alkaline hydrothermal vent + proton gradient
▸ Self-assembling a lipid-membrane sac · reconstructing LUCA
▸ ⚠ Note: the FULL path is NOT solved — only hypotheses
▸ Ready — Online. ✅
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⌂ Frontiers of knowledge

Simulation room Origin of life

Abiogenesis — non-living chemistry → the first cell
Online
many hypotheses · path UNSOLVED
Complexity ladder
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Hypothesis
Product formed
Step reached
Conditions
Evidence
Complexity level
The honest boundary
Science does NOT yet know EXACTLY how life began. Each step (making bricks, polymers, self-replication, membranes) has been shown feasible on its own in the lab — but the full chain linking them all is still an open question. These are competing hypotheses, none confirmed.
Pick each "Hypothesis" (Miller–Urey / RNA world / Vents / Protocell / Panspermia / LUCA) — each scene changes the mechanism · click a concept to see "demonstrated / not yet known"
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Chemical complexity rising step by step molecules → polymers → self-replication → cell
About Origin of Life

Origin of Life is one of 20 topics in the Frontiers of Knowledge domain (? chưa giải scale) at My Labs — an interactive simulation atlas. This virtual lab runs right in your browser: adjust the parameters, pick a scenario and watch the phenomenon change in real time, with a click-to-inspect cross-section for every structure.

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