Seyed Mohammad Farzaneh Email & Phone Number

New York, Ny, Us

Superconducting qubits

Brooklyn, New York, United States

NYC College of Technology (City Tech)Teaching: Undergraduate-level courses - Communication Systems, covering topics such as probability theory, Fourier analysis, information theory, and classical error correction (Fall 23, Spring 24).- Circuit Analysis Lab, covering embedded system design and firmware programming (C++) (Spring 2024)- Circuit Analysis, Intro to Electrical Engineering, circuits, and measurement & diagnosis (Fall 2023)Research:- Developed a C++… Show more NYC College of Technology (City Tech)Teaching: Undergraduate-level courses - Communication Systems, covering topics such as probability theory, Fourier analysis, information theory, and classical error correction (Fall 23, Spring 24).- Circuit Analysis Lab, covering embedded system design and firmware programming (C++) (Spring 2024)- Circuit Analysis, Intro to Electrical Engineering, circuits, and measurement & diagnosis (Fall 2023)Research:- Developed a C++ finite element meshing software for design and simulation of superconducting qubits. Show less

New York, United States

Topological quantum computingExperimental: - Designed and performed experiments on superconductor-semiconductor materials for topological quantum computing applications. Characterized electronic spin and transport properties of InAs quantum wells and Al-InAs Josephson junctions in dilution refrigerators. - Performed nanofabrication of superconductor-semiconductor chips in the cleanroom to pattern various device architectures.- Managed and operated various material growth… Show more Topological quantum computingExperimental: - Designed and performed experiments on superconductor-semiconductor materials for topological quantum computing applications. Characterized electronic spin and transport properties of InAs quantum wells and Al-InAs Josephson junctions in dilution refrigerators. - Performed nanofabrication of superconductor-semiconductor chips in the cleanroom to pattern various device architectures.- Managed and operated various material growth equipment such as Atomic Layer Deposition and E- beam & Thermal Evaporation.- Developed and maintained python libraries for lab instrumentation and automation of cryogenic equipment as well as experimental data analysis.Theoretical: - Simulated physics of 2D quantum interference (weak antilocalization) in InAs quantum wells using the semiclassical Boltzmann transport model in python to capture experimental measurements.- Investigated quantum algorithms (VQE, Trotter time evolution) for noisy intermediate-scale quantum hardware and implemented in IBM's quantum platform qiskit.Leadership/Communication: - Led the educational summer program on quantum computing at NYU for selected high school and undergraduate students in the past three years. - Organized weekly seminars at the Center for Quantum Information Physics at NYU.- Co-organized NYC Quantum Summit 2022 at NYU. Show less

Quantum Nanoelectronics Laboratory

Computational condensed matter physics, density functional theory, spintronics- Computational modeling of charge and spin properties of electrons in semiconductors for computing applications beyond Moore's law.- Utilized open-source Fortran legacy codes for modeling quantum mechanics in the framework of density functional theory and implemented a python interface for post-processing DFT results and calculating macroscopic electronic and spintronic properties. - Performed… Show more Computational condensed matter physics, density functional theory, spintronics- Computational modeling of charge and spin properties of electrons in semiconductors for computing applications beyond Moore's law.- Utilized open-source Fortran legacy codes for modeling quantum mechanics in the framework of density functional theory and implemented a python interface for post-processing DFT results and calculating macroscopic electronic and spintronic properties. - Performed large-scale atomic-level numerical calculations on 96 CPU's to solve Schrodinger's equation for various crystalline solids such as topological insulators and 2D materials. - Developed a Schrodinger solver for many-electron molecules using Monte Carlo methods. Show less

Superconductor Electronics Research Laboratory (Serl)

Superconductor characterizationDesigned and Implemented an analog circuit for non-invasive characterization of critical current of thin film superconductors. Performed measurements on a 200 nm film of a high temperature superconductor YBCO.

Doctor Of Philosophy - Phd, Electrical Engineering

spintronics in quantum materials, computational condensed matter physics

Bachelor Of Science - Bs, Electrical Engineering, Electronics

Chemistry

Summer school of Iran's national scientific olympiads