Chip to chip communication through the photonic integrated circuit: A new paradigm to optical VLSI
The chip to chip communication pertaining to ultra-low power-based very large integrated
device is addressed in this paper using photonic integrated circuits (PIC) where photonic …
device is addressed in this paper using photonic integrated circuits (PIC) where photonic …
Generation of multiple signals using single photonic structure at visible regime: a proposal to realize the harmonic generation
The generation of multiple signals using a single photonic structure pertaining to the visible
regime is lucidly investigated in the present research. Here photonic structure is realized …
regime is lucidly investigated in the present research. Here photonic structure is realized …
Temperature and pressure effect on GaN waveguide at 428.71 terahertz frequency for sensing application
CS Mishra, G Palai - Optik, 2015 - Elsevier
Abstract Effect of temperature and pressure on gallium nitride semiconductor (GaN)
waveguide at terahertz frequency is thoroughly discussed in this paper. This effect acts as …
waveguide at terahertz frequency is thoroughly discussed in this paper. This effect acts as …
Analytical studies on FBG based SOI structure for realization of optical interconnect
In this research, fiber based BiFeO3-air structure is lucidly investigated at wavelength of 1.55
μm for optimization of reflectance, diffraction and dispersion loss in order to maximize the …
μm for optimization of reflectance, diffraction and dispersion loss in order to maximize the …
Simulation studies for reflected light of polymer waveguide for realisation of temperature
CS Mishra, G Palai - Optik, 2015 - Elsevier
The variation of reflected energy with temperature in polymer waveguide on silicon substrate
is presented in this paper. To compute reflected energy from polymer waveguide structure …
is presented in this paper. To compute reflected energy from polymer waveguide structure …
Analysis for '101'channels of MUX/DEMUX using grating SOI structure at sub nanometer scale
KP Swain, G Palai, JK Moharana - Optik, 2017 - Elsevier
In this paper, we present simulation studies to envisage “101''channels of optical multiplexer
and demultiplexer using silicon grating SOI structure. Here silicon grating structure is …
and demultiplexer using silicon grating SOI structure. Here silicon grating structure is …
Research on SAD-PRD losses in semiconductor waveguide for application in photonic integrated circuits
Abstract Scattering, absorption, diffraction, polarization, reflection and dispersion (SAD-
PRD) losses in semiconductor waveguide at wavelength 1550 nm is dissected in present …
PRD) losses in semiconductor waveguide at wavelength 1550 nm is dissected in present …
Optical nonlinearity in germanium and silicon semiconductor vis-a-vis temperature and wavelengths for sensing application
CS Mishra, G Palai - Optik, 2017 - Elsevier
We deal with the “wide range of temperature” in germanium and silicon semiconductor
structure at different wavelengths of IR regime for studying nonlinear behaviour of optical …
structure at different wavelengths of IR regime for studying nonlinear behaviour of optical …
PWE approach to optical thyristor for investigation of doping concentration
Computation of doping concentration in optical thyristor using plane wave expansion (PWE)
method is reported in this paper. In this research, two types of optical thyristors such as InSb …
method is reported in this paper. In this research, two types of optical thyristors such as InSb …
Studies on temperature variation in semiconductor waveguide through ARDP loss for nanophotonic applications
Studies on temperature variation in InSb and InAs compound semiconductor waveguide
through ARDP losses at wavelength 10.6 μm are reported in this work. Here ARDP losses …
through ARDP losses at wavelength 10.6 μm are reported in this work. Here ARDP losses …