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PACE REPORT

Programmable Artificial Cell Evolution

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Quantum mechanical computational potential of artificial cells

  • Introduction
  • Quantum mechanical self-assembly of artificial minimal living cells
  • Quantum processes in photosynthesis of artificial minimal living cells
  • Quantum mechanical control of functions of artificial minimal living cells
  • A list of PACE project related science publications
  • A list of conference presentations and press releases
  • Summary

PACE-Related Links

  • IST FET - Complex Systems
  • European Complex Systems Society
  • European Centre for Living Technology
  • Related Projects
  • PACE Members Area

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Quantum mechanical computational potential of artificial cells

squarine_based_micelle

Quantum mechanically modeled processes of self-assembly and photosynthesis in micelle. Photoinduced electron is hoping from squarine molecule (in the center) to the precursor of fatty acid molecule and split it. The new fatty acid join to the entire micelle which is growing and after reaching some critical size spontaneusly dividing in to two separate small self-reproduced micelles.

  • Introduction

  • Quantum mechanical self-assembly of artificial minimal living cells

  • Quantum processes in photosynthesis of artificial minimal living cells

  • Quantum mechanical control of functions of artificial minimal living cells

  • A list of PACE project related science publications

  • A list of conference presentations and press releases

  • Summary


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