Jupyter notebooks for sharing. Unorganized

A code for simulation hopping charge transport in disordered systems.

An open-source C++ software for efficient nanoscale quantum transport simulations

LabVIEW code for testing Skywater chips

Inspection equipment for the semiconductor industry saves companies millions of dollars. This project uses the MIR-WM811K Corpus» of wafer maps to build a CNN classifier to automate classification of wafer defect patterns.

Repository containing the simulated schematics of logic gates, counters, adders and registers along with corresponding layouts for semiconductor design.

Lab website.

Simulación en LTSpice de dispositivos basados en semiconductores. Trabajo praćtico de 23.09 - Física Electrónica. Ingeniería Electrónica, Instituto Tecnológico Buenos Aires.

How to use Artificial Intelligence to Discover New Semiconductors

🔥 This project performs a simulation of N and P-type MOSFET transistors. Next, the creation of logic gates is performed using the simulated transistors. Then, a Half-Adder mechanism is created with the logic gates, to later use it in a binary sum algorithm.

Sweep through ranges of command line hyperparameters to create testcases for multiple corners

A Kinetic Monte Carlo super-Lattice code designed to simulate with atomic resolution the kinetics of processes (e.g., PVD, CVD, laser annealing) involving elements, alloys and compounds characterized by the sp3 bond symmetry.

Project focused on optimizing artificial neural network (ANN) algorithms to generalize from experimental data describing the epitaxial synthesis of thin film semiconductor crystals. Incentivized by a project assignment in a CS 5300 - Artificial Neural Systems course taken at Western Michigan University.

Python code to simulate phonon transport in nanodevices using the Monte Carlo method from ab-initio phonon data.

Semiconductor Sensor Simulation

Jupyter notebook leveraging impedance.py to simplify the batch analysis of staircase potential electrochemical impedance spectroscopy (SPEIS) data.

Imaging system for analyzing defects of semiconductor wafers and chips

Set of MATLAB formulas for computing the nonlinearity of graphene, with emphasis on the optical band (e.g., NIR) and the self-acting (Kerr-like) effect.

Julia package to compute trap-assisted electron and hole capture in semiconductors