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We show that this minimal model exhibits phenomena reminiscent of fermion-phonon models.
2
The dark photon decays through its mixing with a photon into fermion pairs.
3
Finally, we outline an apparent correspondence between the presented system and a discrete-energy-level fermion gas.
4
Heat and charge transport were used to probe the magnetic field-tuned quantum critical point in the heavy-fermion metal CeCoIn5.
5
Heavy-fermion superconductors are prime candidates for novel electron-pairing states due to the spin-orbital coupled degrees of freedom and electron correlations.
6
Superconductivity in the heavy-fermion compound CeCu2Si2 is a prototypical example of Cooper pairs formed by strongly correlated electrons.
7
We have performed a vacuum ultraviolet laser excited photoemission spectroscopy on a d-electron heavy-fermion-like material LiV2O4 single crystal.
8
The evolution of the peak height corresponds well with the crossover behavior to the heavy-fermion-like state as observed in the thermal and transport properties.
9
The superconducting gap structure of recently discovered heavy fermion CePt(3)Si without spatial inversion symmetry was investigated by thermal transport measurements down to 40 mK.
10
You can clearly see the difference between the fermions and bosons here.
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This means, among other things, that the number of fermions must be conserved.
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The principle applies to all fermions of whatever type, but not to bosons.
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A generalized Jordan-Wigner transformation maps the entire family to noninteracting fermions.
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Chief Petty Officer McRobb entered the command center of Remote Sensing Station Fermion.
15
The atomic nucleus is composed of two different kinds of fermions: protons and neutrons.
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Fermions cannot just appear and disappear in a casual fashion.