Whatever your field of expertise, are there any popular science books you'd recommend that do a good job of presenting it to the public?
I've been hoodwinked too many times by well-reviewed pop-sci books which I later discovered to be hated by the actual scientists who do the work. Quantum Supremacy by Michio Kaku was the final straw 😆
Internal Time, by Till Roenneberg. Written by one of the "old guards" of the circadian field, old enough that he could be considered a founding father of the field in his own right.
The book is written as a collection of short stories, each one about a real circadian experiment or phenomenon that occurred, and the book invites you to interpret and think about the short stories before explaining the deeper biology and history behind the stories. It's a very fascinating book and quite approachable for a non-scientific audience, though I think it's very appropriate even for a scientific audience
I once helped with an experiment that sent beetles up in the space shuttle (yes, I am old) in Beetle Activity Monitors, in order to study their circadian rhythms in microgravity.
Maybe a bit heavy unless you have at least some background in mathematics, physics, or chemistry, but "Quantum mechanics and path integrals" by Feynman and Hibbs is fantastically well written.
If you ever want to read about, understand, or dabble in quantum mechanics, this is the book you want to read. It's great because of how Richard Feynman expresses things: It's very verbal, and feels so much more based in intuition and physical common sense than the mathematical rigor that often makes texts in the field near unreadable.
I love this suggestion. Now this topic is something I'm very interested in, but I'd like to get good on the math too, do you also have a great suggestion for that? Either way, thanks friend!
You're welcome! I only wish I had a really good mathematics book to recommend.
However, I can give you the pointer that, while most (operator-based) quantum mechanics requires quite a bit of linear algebra, you should be able to read "Path integrals and quantum mechanics" if you have a decent intro course in calculus. You really only need to understand the basics of how multiple integrals, path integrals, and parametric curves work.
Omg. I went to a Michio Kaku "lecture" like 15 years ago. Had no idea what he was about, it just seemed like an interesting way to spend an evening.
The entire hour and a half was painting his achievements like biggest thing since sliced bread, and trying to sell his books. I am still not even sure if he's educated in his field or if he fell into it by speaking with a patronizing affect
Edit: to answer your question. I enjoyed Live Long and Evolve: What Star Trek Can Teach Us about Evolution, Genetics, and Life on Other Worlds by Mohammed Noor
but I admit I haven't read it since I began my Biology degree. I'll have to read it again!
That's what I was expecting, something along the lines of Carl Sagan enthusiastically talking about the marvels of the universe in a way that is contagious.
That may have contributed to my disappointment lol
That's disappointing to hear about Michio Kaku. I bought one of his books a long time ago, after hearing an interesting interview with him on a podcast. (Never actually got around to reading the book, though.)
Maybe he's mellowed out, this was before podcasts were widespread. I definitely felt like I had been scammed for the ticket price of that event though 😅
And if you want to learn about grammar, you should read Eats, Shoots, and Leaves. It'll really make you appreciate how vapid and smug precrptivists are.
Hartmann & Kester's Plant Propagation: Principles and Practices is great for Horticulture, Botany and Phytobiology. I even memorised the Krebs Cycle using it and I fucking hated learning the Krebs cycle.
A good resource in general is The Teaching Company which produces The Great Courses.
Not books, but dvd's of college courses, typically about 300 level but also intro courses too, from places like Columbia, Harvard, etc.
Pick a subject, they likely have a course. I've found these instructors to be engaging and honest about what they know, what they don't, and what they suppose is likely (this applies to the sciences as well as history).
Many of them you can just listen to. I get them from my local library and convert them to video and audio files.
Geology is such a broad field, I couldn't recommend just one book. Now if you want to know about a specific field of geology, I can probably point you in the right direction.