CORDIS Project
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This project explores methods to enhance quantum coherence in electron spins within gallium arsenide quantum dots by addressing decoherence from nuclear spins. It aims to develop techniques for nuclear spin state narrowing and polarization, alongside creating a novel nuclear demagnetization refrigerator to achieve ultr…
Macroscopic control of quantum states is a major theme in much of modern physics because quantum coherence enables study of fundamental physics and has promising applications for quantum information processing.
The potential significance of quantum computing is recognized well beyond the physics community.
For electron spins in GaAs quantum dots, it has become clear that decoherence caused by interactions with the nuclear spins is a major challenge.
We propose to investigate and reduce hyperfi…
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