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Live tissue bioactuators have been proposed as a new form of actuator. In this study, transgenic light-regulated dorsal vessel of Drosophila Melanogaster larva was used as a bioactuator. Feedback control of a bioactuated robotic arm using optical stimulation of the bioactuator and visual feedback of arm's end effector was performed. In this study, we investigated the response of the bioactuator to...
We have successfully demonstrated the strain control of the self assembled Stranski - Krastanov (S-K) InAs quantum dots (QDs) using double-cap procedure. GaxIn1−xAs second cap layer was introduced to compensate the strain of InAs QDs, and obtained the Ga composition of GaxIn1−xAs second cap layer to increase the PL intensity and to minimize the fluctuation of QDs size.
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