Publications by authors named "Omid Faizy"
Article Synopsis
- The study focuses on creating competitive color conversion pixels for microdisplays by ensuring sufficient thickness to absorb blue light using semiconductor nanocrystals.
- A theoretical model for dielectrophoretic interactions was developed, and Monte Carlo simulations were used to optimize the deposition process of nanocrystal pixels.
- Findings show that the size of the nanocrystals limits the dielectrophoretic forces they experience, suggesting that larger objects could achieve greater assembly heights but may also spread laterally, which was confirmed through experiments.
By a combination of solution and on-surface chemistry, we synthesized an asymmetric starphene molecule with two long anthracenyl input branches and a short naphthyl output branch on the Au(111) surface. Starting from this molecule, we could demonstrate the working principle of a single molecule NAND logic gate by selectively contacting single gold atoms by atomic manipulation to the longer branches of the molecule. The logical input "1" ("0") is defined by the interaction (noninteraction) of a gold atom with one of the input branches.
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