Other
Scientific paper
May 2004
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2004aps..aprv13005m&link_type=abstract
American Physical Society, April Meeting, 2004, May 1-4, 2004, Denver, Colorado April 2004, MEETING ID: APR04, abstract #V13.005
Other
Scientific paper
The "Coherent Raman Effect on Incoherent Light" (CREIL), shifts the frequencies of normally incoherent light without blurring of the images or loss of order in the spectra, so that it may be confused with Doppler effects. CREIL operates in gases having quadrupolar resonances in the megahertz range. When CREIL is taken into account, the propagation of light in cosmic low pressure gases involves both absorptions and emissions in an intricate combination of frequency shifts. The propagation of light in the extended photosphere of extremely hot objects is very complex. This is because CREIL requires a Lyman excitation in atomic hydrogen to achieve hyperfine resonances in the first excited levels. A bistability emerges which chains Lyman absorptions into line patterns which coincide at discrete redshifts. Current theory predicts very bright accreting neutron stars. These should be small, very hot objects surrounded by dirty atomic hydrogen. Their spectra have exactly the characteristics of the spectra of quasars. The intrinsic redshifting of Quasars as defined by CREIL events, drastically reduces both the size and distance to quasars, and clearly identifies quasars as the missing neutron stars. A full interpretation of quasar spectra does not require jets, dark matter, variation of the fine structure constants, or a strange synthesis of iron. CREIL or CREIL-like processes may also be useful in explaining other astrophysical problems, such as redshifting proportional to the path through the corona of the Sun, and the blueshifting of radio signals from Pioneer 10 and 11.
Jensen Jerry
Michelot Françoise
Moret-Bailly Jacques
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