The History of Chemistry
Chemistry is everywhere, and involves everything. But how did chemistry get to be what it is? I'm Steve Cohen, a chemist and writer, bringing you The History of Chemistry. This podcast explores the development of chemistry from prehistoric times to the present, including the people and societies who made chemistry what it is today. The History of Chemistry is for you, whether you hated chemistry in high school, or got a PhD in inorganic chemistry. We'll explore how chemistry affected art, music, language, politics and vice-versa. Whether it's ancient Greek philosophers, medieval alchemists, or modern laboratory apparatus, it's all here. Don't forget to support my series at https://www.patreon.com/thehistoryofchemistry !
Show episodes
We hear about the history of hydrogen gas as a fuel, starting in the early 1800s with François Isaac de Rivaz. We continue through the 19th and 20th centuries, with dual-burning vehicles, airplanes, and fuel-cells. We talk of advantages and disadvantages of such engines, and the ecological spectrum of hydrogen gas. Sup
In which we talk about the history of differently abled chemists, from around the year 1600 to the present. We mention some differently abled chemists, and how the American Chemical Society and Royal Society of Chemistry handle things, plus hope for continued improvement in the future. Support the show Support my podca
We hear about the recent history of quantum computing to do quantum calculations on molecules. First we briefly discuss different types of computers. Then we talk about the kinds of calculations chemists want to do with quantum computers. We also learn about some ways chemists currently use to simplify the mathematics
In which we [cue theremin!] discuss how chemistry is presented in science-fiction stories. We start with Mary Shelley"s "Frankenstein," move through Jules Verne and H.G. Wells, then to 20th-century writers like Isaac Asimov. Kurt Vonnegut, Fred Hoyle, H. Beam Piper, and many others. We talk of "Star Trek," "Battlestar
We discuss the history of finding quasicrystals, those arrays of atoms that are like crystals--but aren"t quite crystals. These are rarely talked about in undergraduate classes. We start with a purely mathematical question by David Hilbert, and move forward through the 1960s and 1970s, till actual quasicrystals were di
We finally return to polymers, but in a more ecological way. We learn about using wood waste to make plastics. We hear of how to make plastic naturally degrade in the environment, whether with bacteria, sunlight, zapping it with ions, or heating up without oxygen. We also learn of new methods to mine plastics for hydro