New resonance-polariton Bose-quasiparticles enhances optical   transmission into nanoholes in metal films
  We argue the existence of fundamental particles in nature, neutral Light-Particles with spin 1, and rest mass $m=1.8\cdot 10^{-4} m_e$, in addition to electrons, neutrons and protons. We call these particles Light Bosons because they create the electromagnetic field which represents Planck's gas of massless photons together with a gas of Light Particles in the condensate. In this respect, the condensed Light Particles, having no magnetic field, represent the constant electric field. In this context, we predict a existence of plasmon-polariton and resonance-polariton Bose-quasiparticles with effective masses $m_l\approx 10^{-6} m_e$ and $m_r=0.5m_e$, which are induced by interaction of the plasmon field and the resonance Fr$\ddot o$lich- Schafroth charged bosons with electromagnetic wave in metal. Also, we prove that the enhancement optical transmission into nanoholes in metal films and Surface Enhanced Raman Spectroscopy are provided by a new resonance-polariton Bose-quasiparticles but not model of surface plasmon-polariton. In this letter, the quantization Fresnel's equations is presented which confirms that Light Particles in the condensate are concentrated near on the wall of grooves in metallic grating and, in turn, represent as the constant electric field which provides the launching of the surface Fr\"olich- Schafroth bosons on the surface metal holes. 
V.N. Minasyan and V.N. Samoilov
physics.gen-ph cond-mat.other