IDEA #7FSMP9 23A0014 Electromagnetic multipole expansion of transmission absorption coefficient & Raman cross section of condensed matter & gaseous media to enhance the process by coupling with orbital angular momentum (OAM) & spin angular momentum (SAM) of the light

Light offers salient properties of color, coherence, polarization, and wavefront. These properties are used in linear and non-linear microscopes to image biological, medical, and condensed matter materials under high resolution. Polarization microscopes are often use to measure cells, tissues, crystals, solids, and liquids. Circular polarized light is used to image pleochroism, dichroism, and optical activity in various materials. The teachings of the invention is to use structured light with different polarizations combined with a non-planar wavefront of the light beam to match the multipole expansion of various materials and chemical bonds with the multipole of the OAM light to enhance imaging, transmission, reflection and Raman scattering of microscopes and associated changes with pleochroism, dichroism, and optical activity of the materials. Provisional # 63/402,327 filed 20220830.
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