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  Hover cars from Blade Runner.

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  Wall St. Bull

Hoverboard Simulator: Room-Temperature Superconductivity Platform Technology

Inspiration

At Badger Works Advanced Operations, we believe the future is built on breakthroughs in fundamental physics. Inspired by decades of research and recent advances in high-pressure superconductors, we set out to create an interactive, scalable platform that bridges theory with practical applications.

What It Does

The Hoverboard Simulator models superconductivity physics in real time, allowing users to explore how temperature, pressure, and material properties affect energy states and levitation potential. Beyond simulation, it serves as a platform for developing next-gen superconducting technologies, from maglev transport to zero-resistance circuits.

How We Built It

• Developed in React with @react-three/fiber for real-time 3D visualization
  
• Custom physics engine incorporating superconducting gap equations, pressure effects, topological corrections, and quantum coherence
  
• Modular material presets for extensibility and real-world relevance
  
• Intuitive UI with live sliders, charts, and 3D models for immediate feedback

Challenges We Ran Into

• Balancing physics accuracy with UI performance
  
• Visualizing quantum phenomena in an accessible way
  
• Capturing diverse material behaviors in a unified model
  
• Ensuring real-time interactivity without lag
  
• Reconciling theoretical models with experimental data

Accomplishments We’re Proud Of

• Achieving a physics-grounded hoverboard simulator that runs smoothly on modern browsers
  
• Creating a scalable platform ready for integration with real-world hardware
  
• Designing a user-friendly experience bridging complex science and practical innovation
  
• Inspiring new ideas for superconducting applications through interactive exploration

What We Learned

• Simplification is key: physics models must be optimized for real-time use without losing core fidelity
  
• UX matters: making abstract concepts tangible drives engagement and understanding
  
• Collaboration between theorists, engineers, and designers accelerates breakthrough potential

What’s Next

• Expand material libraries with emerging superconductors and new physics insights
  
• Integrate hardware prototypes for real-world hover experiments
  
• Build APIs for developers to create custom superconducting devices and circuits
  
• Explore applications beyond levitation, including energy transmission, magnetic shielding, and quantum computing support

Badger Works Advanced Operations — Engineering tomorrow’s technology today!

Built With

• actions
• amazon-web-services
• apis
• atlas
• docker
• eslint
• express.js
• firebase
• firestore
• github
• javascript
• jest
• lambda
• mongodb
• postgresql
• prettier
• react-three/fiber
• react.js
• recharts
• restful
• sdk
• stripe
• vercel
• websocket