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0 votes
1 answer
78 views

Please explain Hall effect in p type semiconductors without the use of holes [closed]

The movement of holes means the movement of electrons in opposite direction, so in Hall Effect the particles on which force is applied finally must be electrons, so there must be no positive charge ...
Raqib Syed's user avatar
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0 answers
27 views

What is the correct type of the Berry curvature?

I am studying Berry curvature for a specific material and faced different types of the Berry curvature formula. Some papers use only valence eigenstates (u1) like this $$i*(<(∂U1/∂kx)| (∂U1/∂ky)>...
Mohammad Mortezaei Nobahari's user avatar
0 votes
1 answer
91 views

Classical and quantum Hall effects

I am trying to understand the hall effects and have a few problems with them. So let's consider the classical Hall effect. We know that we consider a sample, where the electrons flow, we apply the ...
blahblah's user avatar
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1 vote
0 answers
51 views

Do I correctly understand the reason why the Hall resistivity in Quantum Hall Effect becomes larger as magnetic field increases?

I'm wondering whether I correctly understand the increase of the Hall resistivity rho_xy in Quantum Hall effect. As you can see the graph, As magnetic field becomes much larger, the quantization of ...
phys_gur's user avatar