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Two coupled quantum dots

In this Chapter, we solve analytically the direct coupling of two two-level systems (quantum dots) and analyze its properties of emission in the presence of decoherence (dissipation and incoherent pump). The results presented here belong to the references 11 and 14 of the list of my publications , in preparation and submitted for publication, respectively.

• Introduction
• First order correlation function and power spectrum
  • Mean values
  • Spectrum at resonance in the Steady State
  
  
• Strong and Weak coupling at resonance
  • Vanishing pump (and SE) case in the manifold picture
  • The effect of the pump and the SC/WC phase space
  
  
• Some examples
  • Optimally symmetrical cases:
  • Detrimentally symmetrical cases:
  
  
• Second order correlation function
• Possible extensions of this work
  • Quadruplets and triplets
  • Two-time and two-frequency correlators
  
  
• Conclusions