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My list:

- The Plenitude - Rich Gold

Not a computing book with code but it taught me a lot about what can be done with computers, and that they are marvelous machines.

- Architecture of Symbolic Computers - Kogge

An ode to what could have been if RISC and x86 hadn't steamrolled the landscape.

- Thinking Forth - Leo Brodie

Forth is wild, this book is wild, it's really a different world. After multiple attempts over 25 years, I'm giving it another go this year and this time it is actually clicking.

- Malicious Cryptography: Exposing Cryptovirology - Adam Young, Moti Yung

This is way out of my league in terms of cryptography, but this fascinated me early in my career, and led me to implement one or the other algorithm. Very prescient in many ways.

- Patterns of Software - Richard Gabriel

Not directly about computing, but I got a lot of deep insights from this book. It also brought me to the next book:

- Notes on the synthesis of form - Christopher Alexander

This is not a computing book per se, but it goes to the core of system architecture. Even in its original field, this book is kind of wild.

- All Mathematica Guidebooks - Michael Trott

Mathematica is wild, these books are wild, they are old but still oh so inspiring.



> All Mathematica Guidebooks - Michael Trott

> Mathematica is wild, these books are wild, they are old but still oh so inspiring.

Great recommendation. Are these so old? I skimmed through [1] and they seem still on print and relevant?

What is other inspiring Mathematica literature? I have been considering Mathematica to cover some of the gaps Julia (and R or Python have). Particularly in the symbolics camp [2].

It's also nice Mathematica is free on Raspberry Pi, but it might be too slow to be of any practical use.

[1] http://www.mathematicaguidebooks.org

[2] https://www.12000.org/my_notes/CAS_integration_tests/reports...


I should maybe have used another word. Mathematica has changed a lot (mostly by accruing functionality) that a lot of these examples seem old in the way they're written. The content is just as good as ever, and nothing beats fundamentals anyway.


I love this book, reading it right now:

Power Programming Mathematica: The Kernel.

It's (legally) free, you can find PDFs.

Bonus: I love weird books covers. This one is charming. Am I the only one that notices that the barbell is bending upwards?


Very good list, I look forward to diving into those that I've not had any exposure to. Without a doubt Kogge and Brodie will appear on my list one day.


Nice list.

The Architecture of Symbolic Computers by Kogge looks very interesting; covering Function-based computing and Logic-based computing.


Excellent list! Thank you.




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