The unsustainable nature of energy‐intensive and environmentally unfriendly traditional air
conditioning systems, compacted with recent climate change effects, show an urgent need …

Glass windows are the most energy-inefficient part of buildings, which triggers the ongoing
chasing of energy-efficient transparent radiative cooling (TRC) metamaterials on glasses …

Radiative cooling is achieved by controlling surface optical behavior toward solar and
thermal radiation, offering promising solutions for mitigating global warming, promoting …

As an energy-free cooling technique, radiative cooling has garnered significant attention in
the field of energy conservation. However, traditional radiative cooling films often possess …

Passive radiative cooling technology without electric consumption is an emerging
sustainability technology that plays a key role in advancing sustainable development …

Passive daytime radiative cooling is receiving more and more attention as a cooling method
that does not consume energy to cool objects. However, most radiative cooling materials …

Sophisticated structure design and multi-step manufacturing processes for balancing
spectra-selective optical property and the necessary applicable performance for human …

Abstract Passive Daytime Radiative Cooling (PDRC) materials have the potential to achieve
zero-energy cooling in buildings and are extensively studied to mitigate the urban heat …

Radiative cooling, as a power-free cooling technology, can achieve a sub-ambient
temperature under sunlight. However, a single radiative cooling technology can not achieve …

Passive daytime radiative cooling (PDRC) is a ground-breaking strategy to realize
subambient cooling without any extra energy and environmental pollution. However, the …