"Engineering Excitonic Light-Material Interactions for De Novo Optoelectronics"
"Engineering Excitonic Light-Material Interactions for De Novo Optoelectronics"
Excitonic Engineering Lab. @ SKKU
Excitonic Engineering Lab. @ SKKU
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High Performance Polymer and Organic Electronics
High Performance Polymer and Organic Electronics
Thermodynamic and kinetic control of phase evolution in multiple component organic blend thin films
Synchrotron-based structural and energetic analysis of crystalline organic films
Surface-directed molecular assembly of molecular crystals
Organic, inorganic and hybrid interfacial layers in solar cells
Multidimensional organic/inorganic hybrid perovskite solar cells
Selected images from AEM (2011) and AM (2014). (Top) optical electric field distribution within multilayer films depending on the optical spacer thickness, and corresponding enhancement of electrical gain (Bottom) kinetically-controlled formation of molecular nanowires based on a highly-interactive D-A type alternating conjugated polymer.
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