The study monitored the effect of differentiated mineral nutrition of microgreens species by solution of sodium selenate (2 mg Se/L) on the content of Se, chlorophylls, and other minerals. Chlorophylls were measured spectrophotometrically, Se by electrothermal atomic absorption method (ETAAS) with Zeeman-effect background and elements' concentration was performed by a dual Inductively coupled plasma atomic emission spectroscopy (ICP-OES) iCAP7600 instrument. The content of selenium in fresh weight moved on average from 0.013 to 12.556 μg/g. Selenisation increased the content of Se in all tested species significantly (p < 0.05) without impacting yield. The content of chlorophyll a moved from 249.9 mg/kg (Mizuna) to 604.4 mg/kg (Arugula) with significant differences between the species, without significance (p ≤ 0.05) between tested variants. The influence of selenisation on other minerals significantly differed (p < 0.05) due to the genetic variability. A significant (p ≤ 0.05) increase in Ca was observed in green basil (10.7%) and cress (20.9%); of Fe in green basil (1.6%) and cress (40.9%); of K in arugula (1.6%), green basil (3.9%) and cress (2.8%); of Zn in arugula (2.6%), green basil (8.6%), cress (2.7%) and radish (5.9%); and of Ba in green basil (5.6%) and cress (23.9%).

/pdf/influence-of-microgreens-biofortification-with-selenium-on-rzaqagnu.pdf

Influence of Microgreens Biofortification with Selenium on Their Quantitative and Qualitative Parameters

This paper proposed the design and analysis of the microwave sensor (MS) in line with the microstrip band stop filter (MBSF). The research includes the measurement of alcohol concentrations ranging from 0 to 55%. The measurement was conducted using a network analyzer operating from 100 kHz to 4.5 GHz. The measurements were the insertion loss (S21). The obtained results indicated differences in frequency shifts. The results of the frequency values were observed to be 0, 0.06, 0.14, 0.17, 0.21, 0.23, 0.25, 0.27, and 0.31 GHz, respectively. The percentage correlation between the frequency shift in the insertion loss and frequency was evident, even after adjusting the range of the tested samples.

Design and Analysis of Microwave Sensor for Alcohol Concentration with Microstrip Band Stop Filter

This paper presents a brief detail of the relativistic circle that can be applied for various applications. Relativistic electronics is the challenged device that has the capacity of the new era of technology called civilian technology. Non-relativistic electronics have the limitation that the speed of operation cannot serve the demand of the required applications. The technique to achieve electron transmission faster than light has not been realistic yet. This work has proved that electron speed faster than the speed of light can be realized using the relativistic circle. The functions of the operations are the Rabi oscillation and the successive
filtering. The AC source is input into the microstrip add-drop multiplexer. The wave-particle of the signal oscillation within the microstrip can be obtained. The higher filtering frequency gives the higher electron warp speed. In applications, broadband plasma frequencies can be generated for various applications.

Proposal of Relativistic Electronic Circuit using Microstrip Add-drop Multiplexer

This paper presents a brief detail of the relativistic circle that can be applied for various applications . Relativistic electronics is the challenged device that has the capacity of the new era of technology called civilian technology . Non - relativistic electronics have the limitation that the speed of operation cannot serve the demand of the required applications . The technique to achieve electron transmission faster than light has not been realistic yet . This work has proved that electron speed faster than the speed of light can be realized using the relativistic circle . The functions of the operations are the Rabi oscillation filtering. The AC source is input into the microstrip add-drop multiplexer. The wave-particle of the signal oscillation within the microstrip can be obtained. The higher filtering frequency gives the higher electron warp speed. In applications, broadband plasma frequencies can be generated for various applications.

An innovative idea for a photonic crystal fiber-based 2 × 1 power beam combiner is presented. This research introduces an optical multiplexer (MUX) that supports wavelength multiplexing at 1.46 and 1.48 µm using a photonic crystal fiber topology. The multiplexer is a component that combines the specific wavelengths into the group of wavelengths in a network. This paper aims to create a new design structure for an optical Multiplexer based on photonic crystal fibers while optimizing the geometrical parameters and the multiplexer device and illustrating how a PCF structure could combine several optical signals into a group of signals in a single fiber. High-performance waveguides known as photonic crystal fibers (PCF) are constructed from a microstructured combination of substances with varying refractive indices. The PCF Mux design relies on appropriate PCF structure improvements and the replacement of specific air-hole sections with pure silica to manage the light coupling between the cores over the PCF axis; in comparison to traditional fiber, they have a shorter coupling length between close core and more design flexibility. 

New proposal for a Two-Channel Optical Multiplexer based on photonic crystal fibers

http://www.cell.com/article/S2405844023008186/pdf

Multiband Rabi antenna using nest microstrip add-drop filter (NMADF) for relativistic sensing applications

Electron cloud zeeman effect sensors using silver bars embedded microring resonator

MUX/DEMUX circuit using plasmonic antennas for LiFi and WiFi uplink and downlink transmission

A silicon microring resonator system designed for the optical noise-free circuit consists of a silicon microring with two nanorings at its sides and has the form of a Panda-ring resonator. From which the nonlinear Kerr effect is introduced for space-time distortion control. Firstly, the input light (bright soliton) of 1.50  m center wavelength fed into the system with suitable parameters. The space signal with three types of noise (white, blueand pink) fed into the system for manipulation. Secondly, the controlled space-time signals multiplexed into the circuit via the add port, the successive filtering employed for noisy space-time signal filtering. The optimum space-time distortion formed by the spacetime uncertainty saturation, where the squeezing of light was produced and the whispering gallery mode obtained. The novelty of this work is the use of the Pandaring circuit successive filtering with the spacetime distortion control based on the circuit's nonlinear Kerr effect, which can achieve the optical noisefree circuit requirement. By using the Optiwave and MATLAB programs, the simulation results obtained. Results were plotted in time, frequency, and wavelength domains, respectively. The selected modulation time signal is femtosecond (fs), in which the noisy signals extracted from the resonant successive filtering signals.

All-optical Noise-free Circuit using Silicon Nonlinear Kerr Effect Space-Time Distortion Control

Corrigendum to “Multiband rabi antenna using nest microstrip add-drop filter (NMADF) for relativistic sensing applications” [Heliyon 9(2) (February 2023) e13611]

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