Explore how photochemistry revolutionizes chemical reactions by controlling transient radical intermediates for sustainable chemistry and materials science.
Explore the photochemical generation of carbon-centered radicals through modern methods like photoredox catalysis, decarboxylation, and boronate activation.
Explore the fascinating world of photochemical rearrangements where light transforms molecular structures in unexpected ways, enabling new medicines and advanced materials.
Explore how scientists use microscopic capsules to control excited state dynamics in photochemistry, with applications in medicine, computing, and energy.
Explore how Chinese researchers are leading the visible light-driven organic photochemical synthesis revolution for greener chemistry.
Explore how technological innovations in photochemistry are revolutionizing organic synthesis for pharmaceutical development and sustainable chemistry.
Discover how scientists use light to perform molecular tattoos through photochemical Csp2–H bond thiocyanation and selenocyanation, creating powerful new compounds for medicine and materials science.
Discover how photochemistry is revolutionizing molecular synthesis through selective bond cleavage and functionalization of ynamides using blue light.