Research

Current Project

• Design and Modeling of Sustainable Entanglement Quantum Radar System

• Cryogenic LNA for Quantum Computing  Applications (Qubits Readout)

• Microwave Entangled Photon Generation with Optoelectronic System, Qubits, and Electro-Opto-Mechanical Converter
• RF Circuits Design and Implementation (LNA, PA, and Radar Receiver) for L-,S-,C-, and X-band

• Design and Modeling of Plasmonic Based Nanobiosensor for early and easily detection of the breast cancer
• Theoretical Modeling of Raman and Fluorescence Signals Enhancing by Portable Nanosensor
• Solution-Based Raman Signal Enhancing by Core/Shell Nanoparticles
• Manipulation of Optical Force by Plasmonic-Photonic Interaction

• Design and Assembling of the tune tracking algorithm for cancer site with nano-bio-sensors (biomedical assays stage)
• Design, Simulation, and Implantation of Tumor Tune Targeting by using of Smart Nano-Sensors Communications
• Lab on a chip: Cell Separation by Nanoparticle Optical Force
• Breast Cancer Detection Portable Bio-chip: Design and Simulation
• Design and Simulation of Silicon Nanocrystal and ER Doped Fiber Amplifier
• Design and Implementation of C-Band Transciever (CMOS Technology)(2022-)