I proposed to do this by making all of the components in tubular form. Yes. No. TI had an interest in following that. I would appreciate that — if you would explain to me where it all ended up as far as the court is concerned — and I would also be interested in the extent to which you would take issue with that, of course. The kinds of systems they wanted to build were so complex that they had two worries. A couple of things happened. Wiki User Answered . In looking at this, it became apparent that the labor costs, particularly within a semiconductor company, were much higher than those at Central Lab. Up to this point it was really the conception phase itself. I am not sure it even was all on the paper at that point. Did you start to work there before the transistor was announced? That is just a section of the wafer with only contacts on the end of it. Did you start out with the desire to put the components on a flat piece of semiconductor? Jack Kilby also invented the first pocket calculator, which was nicknamed “Pocketronic” back then, along with the thermal printer. My score was 497 and they said "no thank you" about three days before school started. Yes. It was enthusiastically received right from the start. All the people who were pulled into that, except maybe in the very large research institutions, got kind of forcibly broadened. That is, I made some silicon bars and used these for resistors, and we got some silicon transistors and cut up some other wafers and made capacitors from them and put these together and made a flip-flop with all silicon components but not integrated. You keep at that until something comes up that makes some sense. There are great quantities of testimony in there. I said we would use a "metal such as gold.". Yes. That's right. I don't have any idea why I first decided I wanted to be an engineer, but I don't remember being in any great doubts about it at any time either. He graduated in 1947. In terms of your personal motivation and reward, what gave you the greatest satisfaction out of all this? That work was going on pretty much simultaneously with this. This is Figure 8 at which we are looking. I think he was perhaps the best engineer I have worked for at any time. In 1982 Kilby was elected to the National Inventors Hall of Fame. I have read some on the history of inventions and things of that sort, and as I understand the process, basically what one does is spend some period of time — I guess going back to one's childhood — such as watching the water coming over a waterfall while accumulating random facts and thoughts and things of that sort. It is my understanding that something like $25 million was committed it. We had the analogy with existing circuitry and we had resistors. They were very big on grown junctions, and they were a little late because they had some diffused silicon power transistors and things of that sort, but there really were not any transistor wafers available. Kilby: What did you do in those six years from 1952 to 1958? I could call up whoever you think is the appropriate person. Jack Kilby is best known as the co-inventor of the integrated circuit. What was Adcock's reaction when you showed him these sketches? 5 6 7. A semiconductor such as germanium or silicon has to be used. We proved that many of the patterns existed at that time. I reported to him at that time, and off and on after that. They insisted on a score of 500 on the math exam that they had at that time. There was some existent theorem they had drawn up. Back in 1959, did you think it would be as big a thing as it has turned out to be? While the office was deserted, Kilby studied how to effectively and efficiently reduce the numbers. Kilby: He's still in Milwaukee and he lives on North Links Circle or Links Way. Figure 5a shows a spiral for inductance. Let's talk about what I thought at that time. That's right. It was individual effort at that point. In 1952 they became a transistor licensee at Bell. After the war there was an urge to make use of some of this proximity fuse technology, and the Navy started a program called Tinker Toy. Yes. Tell me a bit about yourself as a boy. Jack St Clair Kilby was born on 8 November 1923 in Jefferson City, Missouri, but grew up in Kansas where his father ran an electrical company. Bob Noyce was talking about the technological environment that existed at the time, and his feeling was that if the invention had not taken place by either of you, then soon someone else would have invented it. I guess that was one of the differences between the programs at TI and Fairchild. That's why if you look at a transcript of that case you will see great quantities of testimony by some people saying gold does stick and some saying gold does not stick and things of that sort. There is no question that there was a particular solution for which I was looking. In spite of the fact that they spent a fair amount of money on that, it did not get off the ground. If I want to summarize the end result of these patent appeals without going into it very much, how would I do that? I don't know. It became clear that were some things that semiconductor houses could do very well, that they had some very potent techniques and that this IF strip did not make very good use of them.