In order to let foreign employees and students experience the charm of China's traditional "Fu" culture, engage in traditional cultural customs, and feel the warmth of the Changguang family, on January 25, 2022 (Little New Year), the International Cooperation Office and the Retirement Center jointly held a "Writing Fu Characters" calligraphy event.

On January 21, 2022, the Photon Laboratory held the "Celebrate 2022" New Year event.

On July 8, 2021, the China Academy of Sciences Science Experiment Exhibition and Performance event was held at the Wuhan Botanical Garden of the China Academy of Sciences.

Thermal Radiation is a process that generates from thermal motion of particles inside an object and radiates energy in the form of electromagnetic waves. In this case, objects can obtain heat or cold energy through radiative heat transfer from high temperature heat sources or low temperature cold sources. Regulating the thermal radiation process has important significance to improve the thermal radiation transport efficiency in spatial-temporal dimensions, which has great importance for a wide variety of applications ranging from thermal management, energy utilization and thermal information processing. We are committed to studying thermal radiation regulation and its large-scale fabrication on micro-nano artificial structures based on nanophotonics, exploring and enhancing thermal radiation transport mechanisms under the multiscale perspective. Meanwhile, we focus on the practical application of the thermal radiation transport efficiency in the fields of “radiative heat transfer”, “radiative cooling” and “solar energy harvesting”.

Nanophotonics mainly studies the interaction between electromagnetic waves and matter at the nanoscale (sub-wavelength scale).

Senior Scientist
E-mail: yang_an@ciomp.ac.cn

Master / Assistant Engineer
E-mail:yszheng@ciomp.ac.cn

Master / Assitant Engineer
E-mail: nieyuanyuan@ciomp.ac.cn

Engineer

Administrative Assistant
E-mail:wentingsun@ciomp.ac.cn

Finance Assistant