Where to Find Study Resources for Physics in Computer Science Courses?

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Discussion Overview

The discussion revolves around finding study resources for physics topics relevant to computer science courses, particularly focusing on quantum physics, semiconductors, and related concepts. Participants seek recommendations for textbooks or manuals that cover these subjects effectively.

Discussion Character

  • Homework-related, Exploratory

Main Points Raised

  • One participant expresses difficulty in finding a suitable manual for their second physics course, which covers quantum physics and semiconductors.
  • Another participant offers a specific textbook, "Physics for Computer Scientists," which they are willing to sell or lend.
  • A third participant suggests "Modern Physics" by Krane as a potentially useful resource based on their own experience in an undergraduate course.
  • Participants discuss the quality and availability of resources, including library access to recommended texts.

Areas of Agreement / Disagreement

There is no consensus on a single best resource, as participants suggest different textbooks based on personal experience and availability. Multiple competing views on suitable study materials remain.

Contextual Notes

Participants mention specific topics like fermi energy, energy levels in crystals, and the behavior of electrons in copper, indicating a focus on applied physics concepts relevant to computer science.

Who May Find This Useful

Computer science students taking physics courses, educators looking for teaching resources, and individuals interested in the intersection of physics and computer science may find this discussion valuable.

haki
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Hope I posted at the right part of the forum, anyway.

I am a computer science student as such am required to take 2 courses in Physics. The first course was pretty much a walk in the park - college physics. But now for the second course it is crazy. I can't find a manual I can study from!

The course is about a bit of quantum physics - really the basics, but then we have stuff like fermi energy and about how semiconductors are produced and how they work and stuff, and energy levels in a crystal and such stuff. The notes from class are pretty much a dissorganized, low quality explanations on this.

Does anybody know any good manual for physics behind semiconductors and stuff that is used in the computers?

Some of the question in last years sub-exams:

What is the energy and wavelength of photons that are associated with line K alpha for Copper.

Electrons in Copper have fermi energy of 7eV. Specific resistance of Copper is 17.5 Ohm-meters. What is the density of the conducting electrons. What is their average traveling speed in the copper wire of length 0.25 m that is wired on 12 V.

and such...any ideas for a good manual or textbook for this? links to amazon or some resourceful webpages would be highly appriciated.
 
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Thank you very much for your recommendation and your kind offer. Luckily there is one copy of the book available that isn't borrowed at the physics department library.
 
What about a book like "Modern Physics" by Krane. I used it in undergrad for the "Modern Physics" course I took. Check it out- I think this might be exactly what you are looking for.
 

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