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Suneet Kumar Awasthi on Muck Rack

Suneet Kumar Awasthi

As seen in: Nature, MDPI, Royal Society of Chemistry
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Articles

Ultra-sensitive graphene–gold hybrid dual core photonic crystal fiber sensor based on surface plasmon resonance for bio-analyte detection - Scientific Reports

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By Vikas Maurya, Youssef Trabelsi, Suneet Kumar Awasthi, Anshu D Varshney
| Nature Verified
Abstract This research work deals with highly sensitive detection capabilities of dual core photonic crystal fiber(PhCF) biosensor. It works on the principal of surface plasmon resonance (SPR) and consisted of hybrid coatings of graphene and gold layers for efficient detection of low refractive index (RI) values ranging from 1.30 to 1.39 in steps of 0.01 of bio-analytes.
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Crystals | Free Full-Text | Sensing and Detection Capabilities of One-Dimensional Defective Photonic Crystal Suitable for Malaria Infection Diagnosis from Preliminary to Advanced Stage: Theoretical Study

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By Suneet Kumar Awasthi, Sujit Kumar, Sujit Kumar Saini, Suneet Kumar
| MDPI
Abstract : In the present research work we have examined the biosensing capabilities of one-dimensional photonic crystals with defects for the detection and sensing of malaria infection in humans by investigating blood samples containing red blood cells. This theoretical scheme utilizes a transfer matrix formulation in addition to MATLAB software under normal incidence conditions. The purpose of considering normal incidence is to rule out the difficulties associated with oblique incidence.
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Analysis and detection of women's reproductive hormones using a bistable and reconfigurable 1D annular photonic crystal composed of the Ge2Sb2Te5 phase-change material

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By Sakshi Gandhi, Suneet Kumar Awasthi
| Royal Society of Chemistry Verified
Analysis and detection of women's reproductive hormones using a bistable and reconfigurable 1D annular photonic crystal composed of the Ge2Sb2Te5 phase-change material Sakshi Gandhia and Suneet Kumar Awasthi *a Abstract In this study, the reconfigurable biosensing capabilities of the one-dimensional annular photonic structure, (AB)5CDC(AB)5, was examined theoretically.
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