Hi do u know anything about fermi zones?

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In summary, the conversation is about the terms "fermi zones" and "fermi levels" in relation to solid state physics. The OP is looking for articles to read about fermi zones, but it is mentioned that this term may be incorrect and should be fermi levels instead. The conversation also discusses the books and sources that have been consulted to understand these terms.
  • #1
dervast
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Hi do u know anything about fermi zones? I need some good articles to read about...
 
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  • #3
Brillouin zone is the same as "fermi zones"? Really? Why would Fermi's name be associated with this anyway? It has nothing to do with fermions, whereas Brillouin zones are the reciprocal lattice spaces.

I have never heard of "fermi zones". The OP didn't cite where such a thing came from.

Zz.
 
  • #5
Oh no, that was Fermi Levels, not Fermi Zones. I think maybe you have them mixed up. Its a Fermi Level, and a Brillouin zone
 
  • #6
So what's correct of ypur posts and what should i read?
 
  • #7
Hello, I look at two books in solid state physics one is Kittel and other Mayer, as well as the internet. Unfortunately, I didn't find any separate word such as (Fermi Zone). I think this is only a level and zone is defined by Brillouin and Fermi is the level which will be define by its spin. However, it will be a good idea if you look at Introduction to Solid State Physics C.KITTEL.
 

1. What are Fermi zones?

Fermi zones, also known as Brillouin zones, are regions in the reciprocal space that represent all possible allowed energy states for electrons in a crystalline material. They are named after physicist Enrico Fermi.

2. How are Fermi zones related to the electronic band structure of materials?

Fermi zones are a graphical representation of the electronic band structure of materials. They show the distribution of energy states for electrons in a material and help determine its electronic and magnetic properties.

3. How do Fermi zones affect the electrical conductivity of materials?

The shape and size of Fermi zones play a crucial role in determining the electrical conductivity of materials. Materials with smaller Fermi zones tend to have higher conductivity, while those with larger Fermi zones have lower conductivity.

4. Can Fermi zones be observed experimentally?

Yes, Fermi zones can be observed experimentally using techniques such as angle-resolved photoemission spectroscopy (ARPES) and electron diffraction. These techniques allow for the visualization of the electronic band structure and Fermi zones of materials.

5. Are Fermi zones applicable to all materials?

Fermi zones are applicable to materials with a periodic crystal structure, such as metals, insulators, and semiconductors. They are not applicable to amorphous materials, which lack a regular crystal structure.

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