Plasmon neutrinos emission in a strong magnetic field. I - Transverse plasmons
Plasmon decay by neutrinos emission in strong magnetic field, examining parallel and perpendicular propagation
Canuto, V.↗
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Plasmon neutrinos emission in a strong magnetic field. Part 2 - Longitudinal plasmons
Decay rate of longitudinal plasmon into neutrino-antineutrino pair in strong magnetic field
Canuto, V.↗
Interaction of the AC Josephson current surface plasmons.
LF surface plasmons in tunnel junctions coupling to AC Josephson current, discussing I-V characteristics
Economou, E. N.↗
Tunneling measurement of electron-plasmon interaction in degenerate semiconductors.
Electron-plasmon interaction in degenerate semiconductors, using mathematical model for rectifying metal contacts tunneling characteristics
Duke, C. B.↗
Interaction of AC Josephson currents with surface plasmons in thin superconducting films.
Josephson currents interaction with LF surface plasmons in superposed thin dielectric and superconducting metal films, noting I-V characteristics
Ngai, K. L.↗
Theory of surface plasmon excitation in low- energy electron diffraction and in photoemission
Inelastic scattering of electrons by surface plasma oscillation for low energy electron diffraction and photoemission, interpreting surface plasmon excitation
Cohen, M. H.↗
Surface-plasmon cross coupling in molecular fluorescence near a corrugated thin metal film
Surface plasmons on opposite sides of a thin metal film can cross couple in the presence of a surface corrugation, or grating. The observation of this cross-coupling phenomenon as a radiative-decay mechanism for molecules near a corrugated thin metal film is reported.
Gruhlke, R. W.↗
On the interaction of plasmons
Nonlinear interaction between plasma normal modes studied by hydrodynamic approximation
WAVE INTERACTION↗
Interaction of plasmons.
Nonlinear interaction between plasma oscillation normal modes in hydrodynamic approximation
WAVE INTERACTION↗
Surface plasmons in thin films.
Dispersion relations for surface plasma oscillations in normal metals for single and multiple films taking into account retardation effects, noting dielectric function
Economou, E. N.↗
Electron broadening of isolated spectral lines.
Electron impact broadening of isolated atomic transition spectral line in plasma calculated using propagator technique, noting plasmon broadening
Zaidi, H. R.↗
The Trajectory of Recent Solid State Fusion Results
Both NASA and Google have explored and funded Low Energy Nuclear Reaction (LENR) aka Solid-State Fusion or Lattice Confinement Fusion (LCF) research. NASA has funded efforts since 1989, and Google Research began in 2014. Google, and researchers initially-funded by Google, published significant scientific papers in Nature, Nature Communications and the Journal of Applied Physics. NASA began a significant set of LENR-triggering programs in 2012 resulting in papers in Physical Review C, the Journal of Electroanalytical Chemistry and the Journal of Condensed Matter Nuclear Science. Both NASA and Google engaged researchers across fields of nuclear physics, chemistry, electrochemistry, material science and more. NASA built upon early novel gas pumping experiments then followed the patented work of the US Navy SPAWAR (US8,419,919, “System and Method to Generate Particles”) and experiments with the Naval Surface Warfare Centers. Google supported researchers at Lawrence Berkeley National Laboratory (LBNL), the University of British Columbia (UBC), MIT and others. This resulted in patent applications and two granted patents (US10264661B2, “Target structure for enhanced electron screening” and US10566094B2 “Enhanced electron screening through plasmon oscillations”). These separate efforts, unknown to the researchers at the time, provided the impetus for the DoE ARPA-E LENR program followed by the DARPA DSO “Mechanisms for Amplification of Fusion Reaction Rates in Solids” (MARRS) program. This document briefly describes the overlapping NASA and Google Research efforts in plasma loading and electron screening emphasizing the results of the latest paper in Nature Communications. The papers and patents cited are listed.
electron screening↗