🚀 An interactive website showcasing CERN ROOT visualizations, high-energy physics data, and research insights into the Higgs boson decay.
🔗 Visit the website: Higgs Insights Website
Higgs Insights is an engaging and visually immersive platform designed to:
- Showcase interactive ROOT-based visualizations of Higgs boson decay events.
- Provide insights into CERN’s high-energy physics research and experimental data.
- Offer an educational hub for particle physics enthusiasts and professionals.
- Facilitate collaborations and research discussions in the field of data science and physics visualization.
This website integrates JSRoot, CERN datasets, and interactive UI elements to create an intuitive and informative experience for users.
✅ Dynamic 3D Visualizations – A rotating Higgs boson decay simulation powered by JSRoot.
✅ Quick Overview Section – Introduction to high-energy physics visualization with links to CERN research.
✅ Smooth Animations – Built using Framer Motion and CSS transitions for an engaging user experience.
✅ Interactive ROOT Plots – Users can zoom, pan, and filter data.
✅ Dataset Filters – Dropdown menus to filter visualizations by energy, luminosity, invariant mass ranges, etc.
✅ Tabbed Interface – Categories include:
- Post-fit and pre-fit plots
- Signal hypotheses and significance panels
- Data vs. Monte Carlo predictions
✅ Smooth Animations & Hover Effects for better engagement.
✅ Custom Video Player – Supports full-screen mode, theater mode, and sound optimization.
✅ Personalized Video Showcase – Highlights my research and self-produced physics visualizations.
✅ Expandable Future Support – Placeholder for additional videos and interactive content.
Higgs.Boson.Understanding.mp4
This video was created by Debasish Dash (Deba-Codex) 🎥 and is original content. It is not intended for any copyright infringement purposes. All rights to the video content, visuals, and associated materials are retained by the creator.
This video is provided for educational, informational, or non-commercial purposes only 📚.
✅ Introduction to CERN & Particle Physics – Structured content with links to CERN resources.
✅ ROOT & Data Analysis Tools – Descriptions and tutorials on ROOT, JSRoot, CMSSW, and NanoAOD.
✅ Interactive Glossary & Learning Modules – Engaging content with tooltips, quizzes, and external resources.
✅ Particle Physics Research Summaries – Curated references from CERN, arXiv, INSPIRE-HEP, and HEPData.
✅ Live Dataset Access – Direct links to HEPData and CERN Open Data.
✅ Interactive Visualizations – Real-time plotting using D3.js and Plotly.js.
✅ Aggregated CERN-Related Content – Live feeds from Twitter, YouTube, and CERN blogs.
✅ Conference & Research Highlights – Dedicated section for my latest presentations and findings.
✅ Categorized Blog Layout – Filterable sections for News, Research, and Personal Insights.
✅ Interactive 3D Contact Form – Users can easily reach out for collaborations and discussions.
✅ Social Media & Networking Links – Includes LinkedIn, GitHub, ResearchGate, and professional contact details.
| Technology | Purpose |
|---|---|
| JavaScript (JSRoot, D3.js, Plotly.js) | Data visualization & interactive plots |
| React & Next.js | Frontend framework for smooth UI |
| Framer Motion | Animations & smooth transitions |
| CMS Integration (TBD) | Easy content management |
| CSS (Dark Theme, TailwindCSS) | Custom styling & responsive UI |
| Video.js / JW Player | Advanced video playback features |
| APIs (Twitter, CERN Open Data, YouTube, RSS Feeds) | Blog content aggregation |
git clone https://github.com/your-username/Higgs-Insights.git
cd Higgs-Insightsnpm installnpm run dev(The website will be available at http://localhost:3000/)
npm run build
npm startThis project can be deployed using Vercel, Netlify, or GitHub Pages. If using Vercel, simply run:
vercelFor Netlify, link the repository and deploy via the Netlify dashboard.
🔗 CERN Homepage
🔗 HEPData - High-Energy Physics Data
🔗 CERN Open Data Portal
🔗 ROOT Framework
🔗 JSRoot for Interactive Visualizations
🔗 ATLAS Experiment
💼 Author: Debasish Dash
📧 Email: debasishdash2616@gmail.com
🔗 LinkedIn: Debasish Dash
🔗 GitHub: Deba-Codex
🚀 Let's turn data into discovery! If you're interested in collaborating on particle physics visualizations, CERN research projects, or advanced data analysis, feel free to reach out!
This project is licensed under the MIT License – feel free to modify and use it for research, education, and development purposes.
This README is structured to provide clarity, technical depth, and ease of navigation while making the project appealing to collaborators, researchers, and developers. 🎯