Explore the fascinating world of inorganic crystal engineering and how scientists design advanced materials like MOFs for solving global challenges.
Exploring the revolutionary field of ordered silica-organic hybrids where nature's self-assembly principles meet cutting-edge materials science.
Explore the synthesis and characterization of ZircoFrame-101, a novel zirconium-based coordination polymer with exceptionally large, stable pores using rigid coligands.
Exploring how metal-organic frameworks (MOFs) are revolutionizing fields from healthcare to environmental protection through their extraordinary porous structures.
Exploring the critical role of hole transport materials in advancing perovskite solar cell technology, from AI-designed molecules to rugged inorganic layers.
Exploring how coordination complexes are transforming modern chemistry through groundbreaking discoveries in catalysis, medicine, and materials science.
Exploring the revolutionary properties of Nanoscale Ionic Materials (NIMs) and their potential applications in technology
Exploring how chemical preintercalation synthesis is revolutionizing battery technology through molecular architecture.
Research on nutrient limitations affecting bacterial activity in Cedar Bog's alkaline fens and its implications for carbon cycling
Exploring the world of anionic transition metal complexes with tetraaza protonated ligands and their revolutionary applications in medicine and technology.