| 41. | Fermions are the basic building blocks of all matter.
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| 42. | Fermi's four-fermion theory describes the weak interaction remarkably well.
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| 43. | A Dirac fermion is equivalent to two Weyl fermions.
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| 44. | A Dirac fermion is equivalent to two Weyl fermions.
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| 45. | Hence, these fermions would also interact with the Higgs particle more strongly.
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| 46. | Occasionally it is used in a more general sense for any neutral fermion.
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| 47. | Both bosons and fermions can experience the exchange interaction.
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| 48. | Fermi repulsion results in " stiffness " of fermions.
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| 49. | Yet, here it is : Fermion-boson fate of universe theory.
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| 50. | Examples of fermions are quarks, leptons and baryons.
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