About me

Hi there 👋 (안녕하세요?)
I am Bassirou a Senegalese living in Korea. (은자이 바시루 입니다).

Experiences

- Basic sciences (physics, chemistry, mathematics): solid foundations
- Material Sciences: functional materials (dielectrics, semiconductors, superconductors and magnetic materials)
- Device Physics: CMOS devices from functional materials
- Characterization and Instrumentation Tools: principle, instrumentations, automation and control for measurements, measurement procedures for spectroscopy (Nuclear Magnetic Resonance), and diffraction (X-ray diffraction)
- Computational Sciences and Simulation Tools: modeling and simulation of complex dynamical systems (classical particle or solid or fluid bodies and quantum particles or waves) with numerical methods for algebrization and discretizatiion of the differential equation based- models.
- Communication Systems: RF and microwave communication, RF and microwave electrical and electronic devices, control systems, analog and digital signal processing
- Data Processing and Analysis: using machine and deep learning dimensionality reduction and clustering methods, specially, SVD, PCA techniques and Kohonen SOM neural networks.
- Programming: algorithms, data structures, languages, libraries and coding.
- Research: procedures, laboratory safeties and policies

Skills

- Material simulation using quantum chemistry methods and AI enhancement for electronic, molecular and crystal structure, synthesis, local structural & dynamical characterization with NMR and X-ray
- Devices: RF and microwave devices (L-networks, transmission lines, mixers, filters) design and analysis using EDA schematic editors and electromagnetic simulation softwares (LTspice, easyEDA, Matlab, Simulink, TinkerCad, Fritzing, CST Studio, Autodesk Circuits, HFSS, Altair Feko) and fabrication
- Devices: CMOS devices simulation of quantum transport in diodes, quantum wells, transistors, using softwares with built-in numerical solvers (nextnano, NESS, FEnICS, Elmer, COMSOL)
- Devices: Superconducting qubits devices for 1 and 2-qubit operations using Qiskit-Metal.
- NMR: Solid-state NMR experiment procedures, signal and resolution enhancements
- Signal Processing : NMR analog and digital signal processing
- Control Systems : Controller design, NMR auto tune/match as hobby projects.
- Data Processing and Analysis: NMR data processing for structural and motional analysis using formula calculation, regression methods, quantum chemistry first-principle methods, machine learning methods.
- Coding: with Matlab, Simulink/ Python/ C++/ C / C# / Fortran / Java / Markups (HTML, LaTeX, Markdown /Git)
- Teaching : Physics, Mathematics, NMR, Communication Systems, a bit of Chemistry and Coding.

Interests

- Quantum Computing:
-- Algorithms and circuits for quantum computation, error correction, quantum machine learning
-- Hardware development for semiconductor spin qubit and superconductor transmon qubit coherence and two-qubits operation challenges
- Neuromorphic Computing: Ferroelectric-based synaptic devices.