Silicon and Germanium semiconductor mixtures used in component manufacturing?

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Discussion Overview

The discussion centers on the potential use of Silicon and Germanium semiconductor mixtures, possibly combined with other chemical elements, in the manufacturing of electronic components and their implications for quantum computing. The scope includes theoretical considerations and practical applications in semiconductor technology.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant inquires whether a mixture of Silicon and Germanium, along with additional elements, could enhance the robustness of electronic components and assist in quantum computing.
  • Another participant suggests that elements such as gallium and arsenide could be potential additions to the mixture.
  • A mentor notes the need for a solid understanding of semiconductor devices and encourages exploration of related topics, implying that background knowledge is crucial for the discussion.
  • One participant expresses concern that another may lack sufficient background in semiconductors or quantum theory, recommending foundational reading materials and courses.

Areas of Agreement / Disagreement

The discussion reflects a lack of consensus on the specific elements that could be beneficial in the semiconductor mixture and the implications for quantum computing. There are differing levels of background knowledge among participants, which may affect the depth of the discussion.

Contextual Notes

Participants have not fully explored the implications of adding specific elements to the Silicon and Germanium mixture, and there are unresolved questions regarding the chemical reactions and their effects on electronic components.

akerkarprashant
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TL;DR
Si + Ge + ? + ? =
Can Silicon and Germanium semiconductors mixture (chemical reaction) with some other chemical elements (if required) assist in creating new and existing robust electronic components?

Si + Ge + ? + ? =

Can this assist in quantum computing?
 

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Mentor note: Changed the level from "A" to none.
You indicated an A (Advanced) level for this post, indicating that you are at a post-graduate level or beyond. You should have a good idea how semiconductor devices work. What other elements are routinely added? What do you think the answers to your questions are?
 
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Possible other elements could be gallium, arsenide etc.
 


Thanks & Regards,
Prashant S Akerkar
 
I am guessing from your reply that you have no significant background in either semiconductors or quantum theory. I suggest you start by reading the Wikipedia article Semiconductor, and then following the links it contains to the relevant sub-topics (Doping, e.g.). There are many online references as well, or you can pick up an inexpensive used copy of this excellent textbook: Sze, Physics of Semiconductor Devices.

To understand quantum computing, you need a solid course in quantum mechanics. You might check out the offerings from MIT Open Courseware.
 
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