Semiconductor_QD_Project


๐ก Whatโs This Project About?
Semiconductor_QD_Project
is a physics-based Python simulation that models energy levels in semiconductor quantum dots using the particle-in-a-box model. It includes:
๐ Jupyter notebook for experimentation
๐งฎ Python script for calculations
๐จ A beautiful Streamlit app to visualize how energy levels vary with quantum dot size
โ๏ธ Core Features
๐ฆ Simulates energy levels using quantum physics principles
๐ Visual graphs: Energy vs quantum dot size
๐ Interactive interface via Streamlit
๐ฌ Applicable for nanoelectronics and quantum material study
๐ Tech Stack
Language: Python
Tools: Jupyter Notebook, Streamlit
Concepts: Quantum Mechanics, Particle-in-a-box, Nanotechnology
๐งช Why This Matters
Quantum dots are widely used in:
Quantum computing
Nano LEDs
Biomedical imaging
Solar cells
Understanding how their size affects energy is key for designing efficient nano-devices. This project demonstrates that link in a simple, interactive way.
๐ผ๏ธ Preview
Replace this with a plot screenshot or UI image from your Streamlit app โ ideally showing how energy levels shift with size.
๐ GitHub Repository
Explore the code, try the simulation, or even integrate it into your own nano-lab tools!
๐ฉโ๐ป Built With Love by a Physics Enthusiast
Iโm super passionate about making abstract quantum concepts visual, accessible, and code-driven. This project merges my interest in applied quantum theory and interactive UI tools to make science more engaging.
๐ค Letโs Connect
Love physics, nanotech, or building cool science apps? Letโs connect!
๐ GitHub: Aarti-panchal01
๐ผ LinkedIn: Aarti panchal
๐ง Email: aartipanchal539@gmail.com
Thanks for reading! Here's to bringing more science simulations to the web ๐ง ๐ปโจ
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Written by

Aarti Panchal
Aarti Panchal
๐ฉ๐ปโ๐ป Hi, I'm Aarti โ a 1st year B.Tech student at PES University, open-source contributor, and future AI engineer. I love building cool things with C, Python, and OpenAI.