Polarization Properties of the Cholesteric Liquid Crystals

Abstract

In the present paper, we investigate the polarization properties of the cholesteric liquid crystals (CLCs) with an isotropic/anisotropic defect inside them. Possibilities of amplification of the polarization plane rotation and stabilization of the light polarization azimuth by these systems are investigated in details.

19 pages, 5 figures

References in corpus (9)

• Infrared Radiation from Rough Surface
• The Amplification in FEL with Inhomogeneous Magnetic Field
• Composite Cell from Nematic and Cholesteric Liquid Crystals as an Rotator of Electrically Tunable Polarization Plane
• Radiation Peculiarities in Chiral Photonic Crystals
• Undulator radiation in the THz range
• How Magnetic Field Inhomogeneity of Plane Wiggler Affects Spontaneous Radiation of Electrons
• Radiated Energy Calculation in FELWI
• Physics of Chiral Photonic Crystals with Defect
• Cholesteric liquid crystals with tunable defect inside

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• Threshold behavior of free electron lasers without inversion
• The Role of Hypersound in Stimulation of Resonant Transitions in Positronium Atom
• Permanent Magnets Undulator for Terahertz FEL
• The Influence of Absorption and Gain on Photonic Density of States
• The probabilities of transitions during stimulated recombination of atoms
• The Auger Effect and Ionization of Inner Atomic Shells
• Acceleration in a Periodic Magnetic Field
• Absorption and Emission in a Free Electron Lasers
• Harmonic Generation with Phase Synchronism
• Radiation of Channeled Positrons in Ultrasonic Wave
• Intensity of the Spontaneous Radiation of Electrons Moving along a Standing Laser Wave
• Probability of Spontaneous Emission in Processes of the Above Threshold Ionization of Atoms
• How Standing Electromagnetic Wave Modulates Electron Current
• Absorption and Emission Probabilities of Electrons in Electric and Magnetic Fields for FEL