Fall Asleep to Modern Physics

Fall Asleep to Electrochemistry

This episode is all about electrochemistry. The content for this episode was gleaned from the graduate-level electrochemistry course I took in 2021. Topics include an overview of electrochemical cells, types of electrodes, cell potential, the Nernst equation, Faradaic and non-Faradaic processes, electrochemical reversibility, electrode kinetics, the Tafel Equation, the ButlerVolmer equation, potentiometry, amperometry, voltammetry, immiscible solutions, scanning electrochemical microscopy, and batteries and corrosion.

Fall Asleep to Modern Physics

This episode of Fall Asleep to Science covers topics found in a university-level Modern Physics course. Everything from relativity, photons, quantum mechanics, and atomic structure to condensed matter physics,nuclear physics, particle physics, and cosmology are covered in this 30 minute episode.

Fall Asleep to General Chemistry | Semester 1

This episode of Fall Asleep to Science covers everything you need to know for the first semester of university-level chemistry. Everything from the classification of matter, to important scientific laws in chemistry, properties of gases, different types of reactions, thermochemistry, electromagnetic effects in atoms, atomic structure, equilibrium reactions, and properties of solutions are covered in this hour-long episode.

Fall Asleep to Physical Chemistry | Thermodynamics, Ideal Gas Law

Learn about thermodynamics, the ideal gas law, and the Joule-Thompson experiment with this episode of Fall Asleep to Science. Read in a soothing voice with white noise in the background, this episode is guaranteed to lull you to sleep.

Fall Asleep to Genetics | Meiosis, Mitosis, and the History of Genetics as a Science

Fall asleep to the history of genetics and an overview of meiosis and mitosis read by a soothing human voice. Discover the four major theories on inheritance that have existed since about 450 BC and learn about the major contributors to our understanding of genetics. Journey through time to learn how the human genome was first sequenced, then explore chromosomes and the cellular stages of reproduction.