This full-stack web application uses a Flask server and Plotly to create dynamic, rotatable 3D visualizations of all 118 Periodic Table elements. It accurately models electron configurations based on the Aufbau principle. AJAX enables asynchronous updates, resulting in an accessible, immersive tool for exploring complex atomic structure.

(In progress) A real-time 3D atom simulation built with OpenGL/Vulkan. Visualizes atomic structure with dynamic electron orbit rendering and nucleus detail. Built to explore low-level graphics programming and physics-based rendering.

Explore a vibrant, interactive 3D visualization of atomic structure featuring a pulsing, glowing nucleus surrounded by orbiting electrons. Each electron shell is dynamically animated, showcasing the beauty of quantum mechanics within a neon sci-fi aesthetic.

The 3D Subatomic Color System (SVBTIOMOLOR SYSTEM) is an innovative visualization project designed to represent atomic and subatomic structures in a dynamic, three-dimensional environment. The system combines 3D graphics, color mapping, and interactive controls to help users explore the relationships between particles, energy levels, .

This project demonstrates how to build a scalable dashboard application using modern frontend technologies. It displays sales data through interactive visualizations and allows users to dynamically filter results. The app follows Atomic Design Principles and is structured for scalability, maintainability, and real-world usage.