Discover the science of enzymatic plastic upcycling. Learn how engineered hydrolases enable infinite circularity for mixed polymers, disrupting traditional mechanical recycling methods.
Featured Articles on: IIT CHEMISTRY
Electrochemical Ammonia: Decarbonizing the Global Food Chain
A technical deep dive into electrochemical ammonia synthesis. Learn about ruthenium catalysts, modular production, and the decarbonization of the global food chain.
Air-to-Plastic: The Direct Air Capture (DAC) Chemical Feedstock Shift
Discover how Direct Air Capture (DAC) is redefining the chemical industry. Learn about the thermodynamics, catalytic conversion of CO2 to ethylene, and the rise of ‘Sky-Polyethylene’.
Generative Molecular Design: The Death of Trial-and-Error Synthesis
Discover the shift from artisanal chemistry to information science. Learn how AI, VAEs, and autonomous labs accelerate molecular discovery and reduce R&D cycles.
The Critical Role of the Top 5 Metals Used in Metallurgy Today
Explore the foundational elements of modern industry by delving into the top 5 metals used in metallurgy today, examining their unique properties, complex extraction and processing methods, and indispensable applications across various sectors. This comprehensive articl…
The Arrhenius Equation: Decoding Reaction Rates and Temperature Dependence
A comprehensive technical exploration of the Arrhenius Equation, its mathematical derivation, physical interpretation, and applications in chemical kinetics and thermodynamics.
Understanding Chemical Kinetics: A Comprehensive Guide
Explore the fundamentals of chemical kinetics, including rate laws, integrated rate equations, half-life calculations, and the Arrhenius equation. Essential for competitive exams.
Understanding Nuclear Magnetic Resonance (NMR): A Deep Dive into Principles and Applications
Explore the fundamental principles of Nuclear Magnetic Resonance (NMR) spectroscopy, from nuclear spin and Larmor precession to chemical shift and relaxation processes. Discover its diverse applications in chemistry, physics, and medicine.
The Chemistry of Chromatic Instability: Why Synthetic Emerald Green Pigments Degrade
An in-depth technical analysis of the degradation mechanisms in copper acetoarsenite pigments. Explores thermodynamics, reaction kinetics, and spectroscopic evidence.