New Frontiers in Colloid and Interface Science
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Introduction
Colloids are small enough that thermal energy drives their dynamics and ensures equilibration with the suspending fluid; they are also large enough that their positions and motions can be measured precisely using optical methods, such as light scattering and laser-scanning confocal fluorescence microscopy. Colloidal particles with controlled internal architectures have attracted recent interest because of their promising properties for drug delivery, molecular imaging and self-assembly. Many interesting phenomena, such as surface plasmon coupling, exciton coupling, plasmon-exciton interactions and magnetic coupling, originate from the colloidal particles assembly, in which particles organize in purposeful ways and interact with one another. A variety of interesting and efficient particle strategies have been investigated spanning from polymeric, organic, to inorganic and metallic materials. Events in previous years COINS 2018 Sungkyukwan University, SUWON, KOREA COINS 2017 Sungkyukwan University, SUWON, KOREA |
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Speakers
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Venue
The University of Hong Kong, Hong Kong SAR, China
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Address:
Lecture Theatre A Chow Yei Ching Building The University of Hong Kong Pokfulam Road Hong Kong |
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