By David K. Ferry
This e-book was once derived from a conversation the writer gave on the overseas convention on complex Nanodevices and Nanotechnology in Hawaii. The booklet offers the author's own perspectives approximately technological know-how, engineering, and lifestyles, illustrated by means of a couple of tales approximately a number of occasions, a few of that have formed the author's existence.
This ebook used to be derived from a conversation the writer gave on the foreign convention on complicated Nanodevices and Nanotechnology in Hawaii. The e-book provides the author's own perspectives approximately technological know-how, engineering, and lifestyles, illustrated through a few tales approximately numerous occasions, a few of that have formed the author's existence.
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Additional resources for 50 Years in the Semiconductor Underground
Scaling Theory As mentioned above, there is a scientific underpinning to Moore’s law, and that is the scaling theory. Robert Dennard was a scientist at IBM for his entire career. In 1968, while at IBM, he invented the dynamic random access memory circuit. As Dennard tells it, when he told his boss about this, he was advised to take two aspirin and come back tomorrow. Nevertheless, this memory technology was revolutionary, and is standard in every computer built today. He was awarded the Tokyo Prize in 2013 for this technological breakthrough.
One reason for this was the relatively slow process of hoping that the bulls would be attracted to the breeding process. To push the project forward, they also wanted to use the new technique of electrical stimulation, where an electrical signal was applied to the bull’s vital parts and this would lead to the ability to harvest the bull’s vital bodily fluids. These could then be used in the artificial insemination project. But they needed the electrical signal to make the entire thing work, so they turned to the electrical engineering department on the theory that the latter would know how to make the necessary equipment in a reliable Unintended Consequences fashion.
Or who would think that the obscure unit from horse racing— the furlong—is involved in this history? When I was young, I developed a very good understanding of just how large a block was. ” As I grew, I learned that eight blocks made a mile, although my understanding of what a mile really meant was rather obscure. ” And that is where we connect with the historical mile. It is fair to ask just why we should worry about this in the discussion of a life in semiconductors. It turns out, however, that the results of history impact us today, and the end result is very useful in describing a number of topics I want to discuss.
50 Years in the Semiconductor Underground by David K. Ferry