The escalating global energy crisis and the worsening global warming have intensified the
heat threats posed by high temperatures. Traditional cooling methods like air conditioning …

Although concrete and cement-based materials are the most engineered materials
employed by mankind, their potential for use in daytime radiative cooling applications has …

Energy-free passive daytime radiative cooling (PDRC) technology makes it an attractive
solution to both the building energy crisis and global warming. Spectrally selective porous …

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 …

The combined use of solar energy and radiative cooling utilization can simultaneously
develop the energy utilization of solar and outer space, the two ultimate “heat sources” and …

Greenhouses create microclimates suitable for growing vegetables under less favourable
outdoor climatic conditions. In high-latitude regions, greenhouses are used to extend the …

Passive daytime radiative cooling has emerged as a promising green technology for the
thermal management of buildings, vehicles, textiles, and electronics. Typically, both high …

Radiative cooling without using electricity is a green way for air-conditioning. However, most
previously reported radiative cooling materials persist in cooling at low temperatures …

Passive daytime radiative cooling (PDRC) can scatter sunlight and radiate Earth's heat into
outer space through the atmospheric window to achieve cooling without additional energy …

In recent years, passive radiative cooling has garnered considerable attention as a
sustainable thermal regulation without relying on external energy sources, thus mitigating …