- Chip-Scale Atomic Clocks Survey
A comprehensive state-of-the-art survey of Chip-Scale Atomic Clocks (CSACs), exploring the fundamental physics, competing technologies, and diverse applications of these miniaturized timekeeping devices. The project analyzes how atomic precision is achieved at the microchip scale.
Chip-Scale Atomic Clocks SurveyA comprehensive state-of-the-art survey of Chip-Scale Atomic Clocks (CSACs), exploring the fundamental physics, competing technologies, and diverse applications of these miniaturized timekeeping devices. The project analyzes how atomic precision is achieved at the microchip scale.
Chip-Scale Atomic Clocks SurveyA comprehensive state-of-the-art survey of Chip-Scale Atomic Clocks (CSACs), exploring the fundamental physics, competing technologies, and diverse applications of these miniaturized timekeeping devices. The project analyzes how atomic precision is achieved at the microchip scale.
- Laser-Material Interaction Simulation
A MATLAB-based project developing 1D and 3D analytical models to simulate the thermal effects of laser processing on various materials. It predicts temperature distributions and final track geometry by calibrating simulations with experimental data to enhance manufacturing process understanding.
Laser-Material Interaction SimulationA MATLAB-based project developing 1D and 3D analytical models to simulate the thermal effects of laser processing on various materials. It predicts temperature distributions and final track geometry by calibrating simulations with experimental data to enhance manufacturing process understanding.
Laser-Material Interaction SimulationA MATLAB-based project developing 1D and 3D analytical models to simulate the thermal effects of laser processing on various materials. It predicts temperature distributions and final track geometry by calibrating simulations with experimental data to enhance manufacturing process understanding.
- Volumetric Electron Density Analysis Tool
A MATLAB-based pipeline designed to parse computational chemistry cube files and visualize molecular electron density fields. It features an algorithm for identifying iso-density surfaces and stochastically positionin probe atoms under strict geometric constraints.
Volumetric Electron Density Analysis ToolA MATLAB-based pipeline designed to parse computational chemistry cube files and visualize molecular electron density fields. It features an algorithm for identifying iso-density surfaces and stochastically positionin probe atoms under strict geometric constraints.
Volumetric Electron Density Analysis ToolA MATLAB-based pipeline designed to parse computational chemistry cube files and visualize molecular electron density fields. It features an algorithm for identifying iso-density surfaces and stochastically positionin probe atoms under strict geometric constraints.
- Arduino CNC Plotter Suite
An all-in-one Python application for controlling a 2D Arduino-based CNC plotter. It transforms digital images, text, and freehand drawings into physical plots by generating and sending G-code directly to the hardware, simplifying the entire creative workflow.
Arduino CNC Plotter SuiteAn all-in-one Python application for controlling a 2D Arduino-based CNC plotter. It transforms digital images, text, and freehand drawings into physical plots by generating and sending G-code directly to the hardware, simplifying the entire creative workflow.
Arduino CNC Plotter SuiteAn all-in-one Python application for controlling a 2D Arduino-based CNC plotter. It transforms digital images, text, and freehand drawings into physical plots by generating and sending G-code directly to the hardware, simplifying the entire creative workflow.