Discover the fascinating mystery of multiple peak emission in mixed halide perovskite crystals and their potential for revolutionizing optoelectronics.
An educational experiment synthesizing and characterizing the luminescent coordination polymer [Cu₂I(DETRZ)]ₙ with detailed procedures and analysis.
Explore how materials chemistry enables the creation of macro-defect-free materials with enhanced strength, durability, and sustainability.
Explore how single-molecule magnets are engineered using building-block approaches to revolutionize data storage and quantum computing.
Explore the revolutionary advances in photon upconversion technology using TADF molecules, inorganic nanocrystals, and singlet-to-triplet absorption for energy and medical applications.
Exploring the complex chemical processes governing organic matter and carbon cycling in Earth's oceans, from microbial architects to plastic-derived DOM.
Explore the 25-year journey of reticular chemistry, from its foundational principles to revolutionary applications in water harvesting, carbon capture, and beyond.
Explore how argumentation transforms chemistry education by engaging students in scientific discourse, critical thinking, and evidence-based reasoning.
Discover how colloids and organic matter control trace metal concentrations in mountain streams during rainfall events, with insights from Marshall Gulch research.
Explore the groundbreaking solar technologies of 2025 that are transforming how we capture and utilize sunlight, from perovskite cells to bifacial panels and beyond.