Simulating Molecules: Can We Simulate Complexity?

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SUMMARY

This discussion centers on the potential of simulating complex molecular interactions, particularly within simple organisms like bacteria, using software tools such as Ascalaph and Abalone. Participants express optimism that with sufficient computing power and effective modeling techniques, it may be feasible to simulate intricate biological systems, including protein structures and even human consciousness. The conversation highlights the transformative possibilities of quantum computing in achieving these simulations, suggesting a future where entire communities and their interactions could be modeled.

PREREQUISITES
  • Understanding of molecular dynamics simulations
  • Familiarity with software tools like Ascalaph and Abalone
  • Knowledge of protein structures and interactions
  • Basic concepts of quantum computing
NEXT STEPS
  • Research advanced molecular dynamics simulation techniques
  • Explore the capabilities of quantum computing in biological modeling
  • Study the principles of protein folding and interactions
  • Investigate existing models for simulating complex biological systems
USEFUL FOR

Researchers in computational biology, software developers in scientific computing, and anyone interested in the intersection of quantum computing and biological simulations.

mateuszica
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We can simulate physical movements of atoms and molecules and how they interact with many software like ascalaph or abalone.
But can we one day simulate complex interaction of molecules like the interactions that happens inside a simple organism like a simple bacteria?
And going further, can we one day simulate interaction between cells and even simulate a brain (that is at its core only cells interaction)?
 
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With sufficient computing power, there is no reason why it should not be possible. It is easier with some effective models about the components, instead of a simulation of all atoms in the molecules.
Protein structures and even the combination of multiple proteins, with thousands of atoms in multiple molecules, are explored that way.
 
Thats really great, imagine if we could simulate a entire human and simulate conscience, we could learn a lot about the brain and how it works! That would be great!
And even learn about society and how humans interact, if we could simulate a entire comunity of humans.
Maybe with the advance of quantum computing we could, very soon make it happen!
 
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