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Using quantum state protection via dissipation in a quantum-dot molecule to solve the Deutsch problem

The wide set of control parameters and reduced size scale make semiconductor quantum dots attractive candidates to implement solid-state quantum computation. Considering an asymmetric double quantum dot coupled by tunneling, we combine the action of a laser field and the spontaneous emission of the excitonic state to protect an arbitrary superposition state of the indirect exciton and ground state. As a by-product we show how to use the protected state to solve the Deutsch problem.

preprint2012arXivOpen access
M. M. SantosF. O. PradoH. S. BorgesA. M. AlcaldeJ. M. Villas-BôasE. I. Duzzioni
cond-mat.mes-hallquant-ph
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Open access6 authors2 topics
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M. M. SantosF. O. PradoH. S. BorgesA. M. AlcaldeJ. M. Villas-BôasE. I. Duzzioni

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