This compilation opens with a discussion of the limitations of the
current enamel birefringence interpretation and its potential
applications in various fields, such as: caries research, forensic
dentistry, anthropology, paleontology, and evolutionary biology.
The authors demonstrate a novel concept for the reproduction of the
"movement without frame-by-frame display technique" developed by
the Lumiere brothers in 1895 in their cinematograph motion picture
system. The current evidence base surrounding the use of both
monochromatic and polychromatic polarized photobiomodulation is
reviewed, specifically related to wound healing and musculoskeletal
conditions. Following this, to induce molecular orientations such
as the symmetry operation of crystals, the authors study circularly
or linearly polarized UV light irradiation in hybrid materials. New
chiral Schiff base metal Ni(II) and Zn(II) complexes containing an
azobenzene moiety in ligands are synthesized, in which substituents
(H, Cl) at the ortho position of azobenzene are introduced for
wavelength-selective molecular orientation by light irradiation. In
closing, the authors design new metal complexes with a rigid
Y-shaped structure with a photoisomerization moiety aligned by
polarized UV light and expected to cause the Weigert effect.
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