Focus and Scope

• Optical specifications: Material specifications for lenses, Filters, Polarizers, Prisms, Beamsplitters, Gratings, Fiber optics, Center Thickness Tolerance, Radius of Curvature, Angle Tolerance, Clear Aperture, Angle of Incidence, and Aspect Ratio.

• Geometrical optics principles: Ray of light, Reflection, Incident & Reflected ray, Reflecting Surfaces, Paths of rays, Refractive index, Medium, Wavefronts, Snells Law, and Fiber optics.

• Optoelectronic technologies: Photonics, Invisible radiations, Quantum mechanical effect, Combination of light & electricity, LEDs, Electric Fields, Light Detectors, Optical-to-electrical transducers, and Optocoupler.

• Laser physics and atomic structure: Light beams, Electromagnetic field, Infrared Wave, Wavelength, Laser Cavity, Superior Monochromatism, Superior Coherence, Energy Level, Photons, Coherent state, VanderWaals interaction of atoms, and Stimulated emission.

• Quantum optics: Quanta of light, Quantum theory, Speed of light, Electrons, Oscillator, Atom-field interaction, Cavity quantum electrodynamics, Polarization, Emission Process, and Electromagnetic radiation.

• Optical lens design: Global optimization, Saddle-point method, Spherical, Aspheric, Distance to the next surface, Optical performance, Modulation transfer function, Strehl ratio, Ghost reflection control, Pupil performance, and Focal lengths.

• Physics and lasers: Monochromatic, Gasdynamic Lasers, Laser Stability, Nonlinear Equations, Carbon Dioxide Lasers, Dynamic Characteristics, Metastable state, Stimulated emission, and Laser Beam.

• Semiconductor properties: Conductivity between a conductor and an insulator, Negative temperature coefficient of resistance, Band Theory, N-Type Semiconductor, P-Type Semiconductor, Intrinsic vs Extrinsic, Mobility of electrons, Holes & Electrons, Energy Bands, and Band Gap.

• Optical design: Seidel theory, Optical elements, High-concentration systems, Selection and configuration of type, Configuration, Field of view, Effective focal length, Spectral range, Image quality metric, Transmittance, and Distortion.

• Optical instrumentation: Biosensor technology, Optical transducers, Telescopes, Binocular devices, Interferometer, Polarization controller, Reflectometer, Converging lens, Magnifying lens, Transparent materials, and Microscope.

• Optical meteorology: Optical clocks, Autocollimators, Optical profilometers, Laser noise or quantum noise, Optical Temperature Sensors, Optical testing, and Optical Encoders.

Indexing

Submission of Paper:

Manuscripts are invited from academicians, students, research scholars and faculties for publication consideration. Papers are accepted for editorial consideration through mail [email protected].

Plagiarism: All the articles will be checked through Plagiarism Software before publication.  

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