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We investigate the impact of many-body interactions on group-velocityslowdown achieved via electromagnetically induced transparency in quantum dotsusing three different coupling-probe schemes (ladder, V, and Lambda,respectively). We find that for all schemes many-body interactions have animportant impact on the slow light properties. In the case of the Lambda and Vschemes, the minimum required coupling power to achieve slow light issignificantly reduced by many-body interactions. V type schemes are found to begenerally preferable due to a favorable redistribution of carriers in energyspace.

Comparison of EIT schemes in semiconductor quantum dot structures: Impact of many-body interactions