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Fig. 1. Structure and optical properties of bR.

Fig. 1. Structure and optical properties of bR. . S Schenkl et al. Science 2005;309:917-920. Published by AAAS. Fig. 4. Schematic representation of the evolution of the difference dipole moment Δμ and structure of retinal in bR. . S Schenkl et al. Science 2005;309:917-920. Published by AAAS.

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Fig. 1. Structure and optical properties of bR.

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  1. Fig. 1. Structure and optical properties of bR. S Schenkl et al. Science 2005;309:917-920 Published by AAAS

  2. Fig. 4. Schematic representation of the evolution of the difference dipole moment Δμ and structure of retinal in bR. S Schenkl et al. Science 2005;309:917-920 Published by AAAS

  3. Polarization Electromagnetic Radiation

  4. Polarization Unpolarized light

  5. Polarization Polarized light

  6. Polarization Polarizing sun glasses reduce glare of polarized reflections from surfaces

  7. Polarization

  8. Polarization (b)

  9. Polarization Mirror image of hand

  10. Optical Isomer and Interaction with Light Enatiomers rotate the plane of polarized light. Polarization Dextrorotatory- “d” isomer Complex which rotates plane of polarized light to the right. Levorotatory- “l” isomer Complex which rotates plane of polarized light to the left. Chiral molecules are optically active because effect on light

  11. Polarization

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