Explore the emerging field of catalytronics and how hot electrons are transforming chemical reactions with unprecedented precision and efficiency.
Explore how surface photochemistry is transforming technology through light-matter interactions on solid surfaces, with applications in energy, electronics, and environmental remediation.
Explore how polymers are revolutionizing nanotechnology, from drug delivery to electronics, through self-assembly and innovative material design.
Explore how photoredox catalysis and hypervalent iodine reagents enable decarboxylative alkynylation and cyanation of carboxylic acids for sustainable chemical synthesis.
Discover how a new chemical recipe is revolutionizing the creation of nucleoside analogs, the unsung heroes of antiviral and cancer therapies.
Explore the fascinating science behind imidazolidinone catalysts and their revolutionary applications in asymmetric synthesis and green chemistry.
Explore the mathematical framework behind photocatalytic efficiency through turnover numbers, rates, and frequencies in light-driven chemical reactions.
Explore how surface physics and innovative experimental methods have transformed our understanding of the atomic-scale world that shapes modern technology.
Explore how theory-experiment collaborations transformed surface chemistry and catalysis, enabling atomic-level understanding and industrial applications.
Discover how ribonucleotide reductase, a molecular machine from scorching springs, reveals life's evolutionary secrets through DNA building block synthesis.