As the editors note, this series is meant to be an intellectual successor to the Semiconductor Electronics Education Committee (SEEC) books that were published in the 1960s.
A few years ago I took his course on thermoelectricity and really liked his way of teaching. The videos were short and to the point and yet gave me all that I needed to know about the topic.
It turns out that this is a part of an entire series of textbooks focused on semiconductors. https://www.worldscientific.com/series/neelns
As the editors note, this series is meant to be an intellectual successor to the Semiconductor Electronics Education Committee (SEEC) books that were published in the 1960s.
The best class I took in EE school was the 400 level course on this material.
Mathematically had us working from Schrödinger to LEDs and Transistors over the course of 4 months. Changed my whole perspective on shit.
> Mathematically had us working from Schrödinger to LEDs and Transistors over the course of 4 months.
What were the books used for this?
The professor's in-progress manuscript. Sorry, but I didn't retain any information from then in order to look it up, that was 20 years ago.
A slightly different audience, probably, but I was greatly assisted by Intuitive IC Electronics by Thomas Fredriksen.
https://www.amazon.com/Intuitive-electronics-sophisticated-e...
Prof. Lundstrom is a giant in semiconductors and it’s exciting to see him publish this book.
A few years ago I took his course on thermoelectricity and really liked his way of teaching. The videos were short and to the point and yet gave me all that I needed to know about the topic.
Here's the link in case anyone s interested
https://youtube.com/playlist?list=PLtkeUZItwHK5y6qy1GFxa4Z4R...
As someone unfamiliar with this field, I'm amazed at how readable this is. Must be a great professor.
This would be both math and physics and chemistry?
Often you would study this type of material in Electrical or Computer Engineering.
And Physics, but probably not Chemistry.
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