Book data reveals most readers quit almost immediately
"Those impressive-looking hardcovers on your shelf? Statistically, you probably stopped reading them around chapter two."
Book data reveals most readers quit almost immediately
I'm apparently weirder than I assumed. I obsessively read books cover-to-cover. That is not true of my assorted reference books (e.g. dictionaries, CRC Handbook, etc.), but for every other book, I can't touch the next book until I've finished the current one. [For unfathomable reasons, I purchased a used copy of
Differential Equations for Dummies last summer. I made two separate efforts to read it, but just couldn't bear continuing beyond about the first 30 pages.]
Over the decades, I've found that even books that feel taxing or boring early on will usually blossom into something meaningful, enlightening, or entertaining further on.
Bob
Well Bob, I've read a lot of books that just weren't worth the time finishing, sadly a lot of those books written in the last forty or so years. But I'm still working on Beowulf and the Greek classics.
But...I've got two books that are guaranteed to sit on the shelf but provide years of returning to read and guaranteed to inspire.They are related in that both explore the human mind's approach to problem solving.
The first is mandatory reading for any young person that will ever use math, not sure if they still use math; Morris Kline's CALCULUS: An Intuitive and Physical Approach. I still occasionally return to this book, admittedly around bedtime with that last smoke of the evening.
Kline approaches the whole of calculus from the derivative to the differential equation, Taylor's Theorem and Keppler's Law of Motion as progression of mathematical problem solving. He does a wonderful job of explaining both the context of how calculus builds on itself as well as a thorough job of explaining equations. Anybody that has ever read a college level calculus book, or physical chemistry book, will appreciate the detailed job Klein does of explaining the step by step process of solving for ...
The second book is Synergetics: Explorations in the Geometry of Thinking, by Robert Buckminster Fuller; an interesting thinker who made up his own language and redefined our approach to thinking based on universal principles of geometry and science. Fuller has many real accomplishments including the geodesic dome, nano-tubes and Bucky balls, carbon fullerene chemistry is named after him.
There are numerous ytube videos of Fuller giving lectures, I recommend listening to a couple. He has a very interesting approach to life which started at a young age and questioning not just the content of information but the architecture of the thinking underlying a society. He's a colorful guy and the book works back and forth from geometry and math, to sociological observations.
In discussing nature and knots, Fuller notes that while primates hold hands which is form of knot, only humans can tie knots, thus his quote "the mind saw the knot but the monkey did not".
The book can be an intense read on geometry and its consequences, including concepts like "Tensegrity" which are now the basis for robotic suspension systems and modern architecture. But it is also an interesting read in that Fuller explores the role of geometry and physics as it is integrated into life itself as an organizing principle.
And so on this balmy Chicago Christmas Day 2025, I wish you all a Merry Christmas and Happy Holiday, Good Reads and Good Smokes
Cheers