Where molecules meet motion, reactions reveal their choreography.
Chemical kinetics isn’t just about rate laws; it’s about how molecules move, collide, and transform across scales, from enzymes to explosions, from gene editing to nuclear synthesis. This 10-lecture modular series explores advanced reaction dynamics, providing clarity, context, and modular resources for study, teaching, or archival use.
Why This Series Exists
- Illuminates the mechanics of complex, multi-step, and radical-driven reactions
- Bridges historical foundations with contemporary applications
- Modular, print-ready, and legacy-friendly: perfect for students, educators, and researchers
What You’ll Explore
Across ten lectures, you’ll dive into:
- Historical foundations and chain reaction basics
- Reactive intermediates: diradicals, carbenes, and their spin states
- Chain reaction architecture: initiation, propagation, and termination
- Explosions, hydrogen–oxygen mechanisms, and pressure effects
- Enzyme kinetics and gas adsorption models
- Competitive, consecutive, and pre-equilibrium pathways
- Steady state approximation and deriving rate laws
- Domino reactions, cascade synthesis, and stereochemical control
- PCR, CRISPR, and molecular amplification cycles
- Nuclear kinetics, fission, fusion, and superheavy element formation
Start Learning
Begin with Lecture 1: Historical Foundations and Chain Reaction Basics (04/09/2026)
Explore the full archive at:
ScienceDeconvolution.com
Support the Archive
This series is freely shared as a communal act of care. To support its continuation:
- Purchase the companion PDF set (£1 per lecture via Payhip)
- Includes integrated notes, figures, and quizzes
- Available once the full series is complete