Discovering the Origin of Life through reverse-time physics simulation.

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SUMMARY

This discussion centers on the concept of simulating the origin of life using reverse-time physics on supercomputers. Participants propose utilizing known physical laws to create a virtual environment that accurately traces the movements of particles, ultimately returning to a primordial state. The conversation references Laplace's demon and determinism, emphasizing the challenges of modeling complex interactions among a vast number of atoms. Despite these challenges, there is optimism about the feasibility of such simulations in the coming years.

PREREQUISITES
  • Understanding of reverse-time physics simulations
  • Familiarity with Laplace's demon and its implications in determinism
  • Knowledge of particle physics and molecular interactions
  • Experience with supercomputing technologies
NEXT STEPS
  • Research advanced supercomputing techniques for simulating complex systems
  • Explore the principles of determinism in quantum mechanics and classical physics
  • Investigate existing models of primordial soup and abiogenesis
  • Study the limitations of current particle simulation software and methodologies
USEFUL FOR

Researchers in theoretical physics, computational scientists, and biologists interested in the origins of life and complex system simulations.

kmarinas86
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If we understand the possible origin of life very well, we could model it on a supercomputer using known physical laws. Physical laws can be used to trace a pathway forwards and backwards in time as astronomers do when predicting the motions of the planets, or tracing back previous postions. So imagine that we could create a virtual environment, one in a computer where the motions of the particles depends on known physical laws and natural events only. Nothing artifically-made would be simulated here. How would we virtually position the atoms, molecules, etc. such that when the simulator runs the physical laws in reverse time that we eventually return to a primordial soup of basic building blocks?

This, I think, would be a good oppurtunity for scientists to discover the orgin of life without the physical constrains imposed by our insufficent dexterity of the tiny, swift, and hard-to-get particles that make life.

A few years from now, I think this will be possible.
 
Last edited:
Chemistry news on Phys.org
kmarinas86 said:
A few years from now, I think this will be possible.
Far from it. How, for instance, do you propose to include in the model the "present day" positions and momenta of some 1060 atoms (forget about the problem of actually knowing these numbers or having to model complex many-body interactions) ?
 

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