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The Computer, My Life (Zuse, 1993)
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Personal computers didn't appear until the 1970s, but as early as 1941, the first automated, program-controlled, and freely programmable computer was up and running. The Computer-- My Life is the story of Konrad Zuse and his revolutionary invention--the computer (or mechanical brain as he liked to call it), which Zuse built in his parents' living room. Zuse writes his autobiography simply and directly to be accessible to a wide audience of non-technophiles and includes hand-drawn diagrams of computer functions, as well as cartoons from his younger years when he dreamed of becoming an artist. The book also includes appendices with detailed technical information for the more technical reader.
 
JLJ - A remarkable story by a remarkable man. The concept of a bunch of university students, hand-assembling a room-sized primitive computer, with no instructions, in the living room of the apartment belonging to Zuse's parents, that actually worked (using mechanical relays), on the eve of WWII, is almost impossible to believe. Oh, and an actor who played King Kong in a skit suggested that they use vacuum tubes instead of relays. Oh, and the Nazis refused to fund the development, saying that it had no practical value. At night the developers would sit around and play chess. And so on.
 
Zuse was perhaps the first human to obsess over computer chess - the first of many to follow.
 
The belief in a certain idea gives to the researcher the support for his work. Without this belief he would be lost in a sea of doubts and insufficiently verified proofs.
-Konrad Zuse

ix In the 1930s I dared tell only my closest friends and colleagues that I believed it was possible that a computer could defeat chess grandmasters. Outsiders would have called me a dreamer.
 
p.6 Not even in the heaviest of Berlin's air raids did I experience such a fear as during the daily morning Latin class, when all feared they might be called on. [JLJ laughing -some things never change - I took 3 years of Latin in High School.]
 
p.6 As a child and as a youth I was a dreamer, and at school my thoughts often wandered from the subject at hand.
 
p.22 Looking back on my life, I can nevertheless only hope that in the future there will be a place not only for the specialist in his field, but also for the talented generalist. I believe that it is precisely this well-roundedness that is the prerequisite for ideas outside the norm. In the final analysis, the computer was such an idea - if you will, a side-step of technology.
 
p.34 When I began to build the computer, I neither understood anything about computing machines nor had I ever heard of Babbage.
 
p.34-35 in 1935, I decided to become a computer developer. Of course, my parents were not exactly thrilled with the idea... Later, they even let me build my first, still rather bulky machines in the largest room of their apartment. My friends at the university also pitched in. They gave me money... Others who had nothing to give worked alongside me in the workshop.
 
p.35-36 [Karl-Heinz Czauderna tells of his friendship and work with Konrad Zuse] Kuno, as I and Konrad Zuse's other university friends called him... was planning to build a universal computing machine. He was looking for helpers... chiefly in the summer of 1937, for months I worked all day long with Zuse... He had set up a small workshop in a small room in his parents' apartment... for his machine... Evenings we played chess [in another room]... We all had great faith in Zuse and his invention. Of course, we didn't know exactly how everything was supposed to work... So, what was my job? Chiefly, I built the sheet metal relays for the first machine, which has now gone down in history under the name "Z1." ... And yet, the machine was completed, worked with an unholy rattle and supplied precise solutions to complicated tasks. It took up almost the entire living room. It was a permanent fixture in the apartment. I think that it was only after the house was bombed during the war that the first Zuse Universal computing machine could be moved into the museum.
 
p.37 Zuse explained that calculations are only a special case of logical operations, and that his machine must also be able to play chess.
 
p.38 Work on the machines Z1 to Z3 was carried out without any formalities - that is, more improvised than is the case in what is called a regulated working context. Nonetheless, I myself spent 80 hours a week in my workshop. And yet there was still time for friends and fun.
 
p.49-50 But it was clear to me that one day there would be computing machines capable of winning international chess matches. I estimated that it would take about fifty years before this would happen... It should be emphasized here that this has less to do with the chess brain, i.e. the computer, than it does with the chess programs.
 
p.57 So, not long before I was drafted I had learned to play chess only because I considered it a game that could be used to develop and test my computing machine calculus. As a soldier, I now always had a traveling chess set with me. Chess allowed me to study a complex mixture of rules, different cases and suchlike, with little space and few components... My conjecture, already voiced earlier, that one day a computing machine would be able to defeat the world chess champion, now had to be more carefully substantiated. But there was still a long way to go.
 
p.213 Already when I tried to formalize the game of chess, I had to bring unordered thoughts into fixed formulas. For the time being indeed I had to give up the dream of the victory of a machine against the world chess champion; a rough calculation showed purely quantitatively that it was not possible to make a secure calculation of the best move.

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