Radiative cooling with eco-friendly and zero-energy advantages is considered one of the
most viable solutions to address the conflict between traditional energy-intensive cooling …

Atmospheric water, being ubiquitous, is extractable in an almost all-scope fashion: from
coasts to inland areas, besides being large in amount, thus providing us with a promising …

Passive radiative cooling using nanophotonic structures is limited by its high cost and poor
compatibility with existing end uses, whereas polymeric photonic alternatives lack weather …

Passive radiative cooling (PRC) is a promising carbon reduction technology that radiates
heat into the universe through atmospheric transparency window (ATW) to cool objects …

Despite the significant advantages of radiative cooling polymer-based materials in terms of
cost-effective temperature regulation, there are still some problems associated with their …

Radiative cooling technology with zero-energy consumption and zero-carbon emission has
drawn enormous attention. However, the high-cost manufacture, limited scalability, and …

Even though the huge potential in significantly decreasing the energy consumption for
cooling buildings and the human body is presented by radiative cooling technology, there is …

To date, although radiation cooling technology has made some progress in numerous
aspects, significant challenges remain in terms of efficient cooling and practical applications …

Cotton is a renewable bio-resource widely employed in human thermal management.
However, it is required to further improve its cooling ability to address global warming issues …

The urgent need for sustainable cooling solutions has propelled the development of passive
radiative cooling (RC) technology. However, the static nature of traditional RC (SRC) …