Polarization characteres lux descriptio vibrationis directionem electrica agri vector lucis. Sunt quinque polarization civitatibus in totalis: omnino unpolaried lux, parte polarized lux linearly polarized lux, elliptically polarized lux, et circulariter polarized lux
ASE Broadband lux generatur ab Erbium-Doped fibra est ampliari spontanea emissionem lucem generatae per brevis-intus laser elit Erbium-doped fibra. Sicut ostensum est in sequentibus diagram, et exantlaretur rara terra ions transitio inter superius et inferiores industria campester ad generare spontanea emissionem lucem, quod ampliatur in excitari emissionem processus. Processus iteratur continuum et satis excelsum output potestatem potest effectum satis elit conditionibus. (ASE = ampliata spontanea emissionem, ampliatum spontanea emissionem lucem)
For polarization-maintaining (PM) optical fiber, assuming that the polarization direction of the input linearly polarized light is in the middle of the fast axis and the slow axis, it can be decomposed into two orthogonal polarization components. Ut ostensum est in figura infra, duo lux fluctus initio idem tempus, sed quia refractivam index tardius axis maius quam jejunium axis, tempus differentia erit crescat linearly in propagatione distantiam differentia erit crescat linearly in propagatione distantiam.
Fretus in activae regionis materia, in cohortem gap width of semiconductor materia de hyacintho lucis semiconductor laser variatur, ita semiconductor laser potest emit lux diversis coloribus. Et activae regionis materia de hyacintho lux semiconductor laser est gan aut ingan.
For panda and bowtie PM fibers, due to non-ideal coupling conditions, external stress on the fiber, and defects in the fiber, the polarization direction of part of the light will shift to the orthogonal direction, reducing the output extinction ratio.
Optical cohaerentiam Tiloography est humilis-damnum, summus resolutio, non-Psidium medical imaging technology developed in mane 1990s. Hoc combines optical technology cum ultrasensitive detectors. Per modern computatrum imaginem processui, Oct implet gap in resolutio et imaginatione profundum inter microscopi et ultrasound imaging. Imaginata resolution of Oct X ~ XV ~ μm, quae clarius est quam intravascular ultrasound (ivus), sed Oct non imago per sanguinem. Comparari Ivus, eius TEXTUS penetrationem facultatem est inferior, et imaginatio profundum est limitatur ad 1-2mm.
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