Spectroscopic Evidence For Panspermia

摘要: ABSTRACT Astronomical spectra over a wide range of wavelengths is reviewed and compared with predictions from organic modelsof interstellar cometary grains. The data requires the widespread occurrence functional groups involvingH,O,C,N in form complex structures proportions that characterise biomaterial. We argue for widespreadoccurrence microbiological system on galaxy-wide scale. 1. EARLY IDEAS For many years two us (FH NCW) have developed arguments to support hypothesis both andcometary dust predominantly character . Our were initially driven by inadequacies mineralgrains explaining broad 1Oim 2Oim features first discovered spectrum ofthe Trapeziumnebulaand later other astronomical JR sources including comets In particular observed 8-1 3 im emission band Trapezium nebula stubbornly failed match laboratory silicates, whereas admixtures minerals withorganic polymers, particularly C-O-C