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Enhancing the Efficiency of Radiative Cooling Using Trenches and Polymers

Domestic and industrial thermal management consumes a substantial amount of world energy.

Megan craigVehicle battery technology industryAustralia research councilTechnology plan grant noVehicle battery technologyUniversity professor baohua jiaRadiative cooling using trenchesProfessor baohua jiaVehicle battery technology industry focusDiscovery projectIndustrial transformation training centresFuture fellowshipDiscovery early career researcher awardSuzhou scienceTechnology planNatural science foundation

Radiative cooling becomes more efficient with trenches and polymers

Radiative cooling becomes more efficient with trenches and polymers
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Baohua jiaAustralia research councilTechnology plan grant noProfessor baohua jiaDiscovery projectIndustrial transformation training centresFuture fellowshipDiscovery early career researcher awardSuzhou scienceTechnology planNatural science foundationShandong province

Superconductivity emerging from a pressurized van der Waals kagome material Pd3P2S8

Superconductivity emerging from a pressurized van der Waals kagome material Pd3P2S8
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Technology plan grant noChina postdoctoral science foundation grant noShanghai sailing program grant noShanghaitech universityNatural science foundation grant noPerformance computing at renmin university of chinaAnalytical instrumentation centerLaboratory of highNational key rd programNational natural science foundationShanghai scienceTechnology planShanghai sailing programBeijing natural science foundationChina postdoctoral science foundationShanghai synchrotron radiation facility