The history of programming language books can be roughly divided in three distinctive eras. The first one stretches from the beginnings of programming to the mid 1970s. Programming books from those times were an often underestimated byproduct of the marketing budget of big companies such as IBM, and inherited the dry approach of most engineering books in the post-war era.

These days, it's hard to appreciate that Object-Oriented Programming is so easy, it was taught to kids in junior high before it was ever taught to adults. As supposedly senior software engineers debate whether a Car truly "is a" Vehicle, and whether it wouldn't be easier to learn lambda calculus and determine the median monad blog post than to reflect the real objects in the real-world problem they're solving in their software, it seems reasonable to ask: is it really so difficult?

From October 24th to 29th, 1927, twenty-nine scientists gathered in Brussels for the fifth Solvay Conference. Among the attendees, of which seventeen got a Nobel Prize before or after attending, were Erwin Schrödinger, Wolfgang Pauli, Werner Heisenberg, Paul Dirac, Louis de Broglie, Max Born, Niels Bohr, Max Planck, Marie Curie, Hendrik Lorentz, and Albert Einstein. One might think there might have not been such an assembly of brilliant thinkers since the Platonic Academy.