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Light-induced force plays important roles in the microscopic world. In our recent theoretical work, it has been revealed that quantum mechanical force arises between spatially separated nano-objects under the irradiation of laser light with the particular conditions.
Paying attention to this phenomenon, in this study, the researcher explores the guiding principles to control the dynamics of nano-composite by changing the balance between the inter-nanostructure force and the fluctuation under light fields of designed properties.
The principles will open the door to the manipulation, fabrication, and observation techniques of nano-composite materials with novel optical functions.