The present invention claims novel physical mechanisms, structural architecture and fabrication technique for the realization of a novel fuel-generating photolytic device. This device consists of a low band gap oxide semiconductor nanowire decorated with metal nanoparticles.
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- Efficient binding at both micro- and macro-scale dimensions; - Specific and versatile binding; - Reusable; - Tunable binding properties; - High macroscopic shear adhesion strength; - Minimal binding to non-self-similar surfaces; - Anisotropic adhesion behavior;
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The nanowire technology developed is nondestructive and can simultaneously measure potential changes in multiple neurons with the high sensitivity and resolution achieved by the current state of the art. Furthermore, this invention allows for the signal from each individual nanowire to be measured .....
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