Superluminal propagation from ir physics

HIGHLIGHTS

  • who: Asuka Ito from the International Center forKEK, Tsukuba, Japan have published the research: Superluminal propagation from IR physics, in the Journal: (JOURNAL) of 20/01/2023
  • what: Requiring nonsuperluminal propagation is a key criterion in constructing a consistent theory.
  • how: This result is consistent with Eq because now the phase velocity is also infinite in the UV limit as expressed by Eq .

SUMMARY

    K represents the wave number (=momentum), and vf and vp (k) ≡ ωkk are the front velocity and the phase velocity of a wave obeying the . . .

     

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