In the long course of nature, the photosynthesis equation “6CO₂ + 6H₂O + sunlight → C₆H₁₂O₆ + 6O₂” serves as the cornerstone for constructing the energy cycle of the biosphere. For modern researchers, this equation i

At the scientific forefront of addressing global climate change and the energy crisis, the field of photochemistry has emerged as a central arena for achieving "artificial photosynthesis" and green energy conversion. Its scientific essence

In the early stages of photocatalysis research, scientists often focused their efforts on tuning the band structures of novel semiconductor materials, treating the containers carrying the reactions as secondary “stages.” However

In the pursuit of green energy transition and the forefront of "artificial photosynthesis," photochemistry laboratories are no longer the primitive spaces of a few simple flasks and incandescent lamps. For modern researchers, a fully functi

Photochemical smog, as a representative phenomenon of modern urban air pollution, does not form directly from factory chimneys or automobile exhausts, but rather emerges from a “secondary chemical game” under sunlight catalysis.

In the scientific pursuit of energy transition and sustainable development, photochemical conversion technology is regarded as a core pathway for achieving "artificial photosynthesis." Its essence lies in using semiconductor materials or ph

In modern synthetic chemistry and energy catalysis, light has been regarded as a precise and environmentally friendly "chemical reagent." However, photochemical reactions have evolved from the early laboratory "flask plus light source"

As a core pathway for achieving "artificial photosynthesis," photocatalytic technology fundamentally utilizes excited charge carriers generated in semiconductor materials under illumination to drive redox reactions, thereby enabling cross-d

As one of the most common volatile organic compounds (VOCs) in indoor decoration and industrial production, formaldehyde poses long-term risks to human respiratory health and represents a challenging target molecule in environmental chemist

In the scientific pursuit of addressing the energy crisis and achieving "carbon peak and carbon neutrality," photocatalytic water splitting is regarded as a core pathway for realizing "artificial photosynthesis." The fundamental princi

Photocatalytic water splitting for hydrogen production is considered a core pathway to achieving "artificial photosynthesis" and is widely recognized as one of the most promising frontier technologies for addressing the global energy crisis

In the field of photocatalysis research, the photocatalytic reaction instrument has evolved from early simple light-source-plus-flask setups into integrated research platforms that combine precise irradiation, multi-channel parallel screeni