Diamagnetic Levitation Using Bismuth and Magnets

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This project leverages two bismuth plates and a large magnet to suspend another magnet in mid-air. Bismuth, ranked 83 on the periodic table, boasts unique properties including striking crystal formations and diamagnetism. We'll capitalize on this property for our experiment. Diamagnetic materials, such as bismuth, react to magnetic fields by generating a force opposite to the presented magnetic force. 1. Parental guidance is recommended due to potential dangers associated with this project. 2. STL files may differ from provided images, but they are designed for ease of use and aesthetic appeal in the final product. 3. Enhanced photographs will be uploaded within this week to illustrate assembly and operation procedures. Printing Settings: Printer Brand: Up! Printer Model: Up Mini Rafts: Irrelevant Supports: None Resolution: 0.3mm recommended Infill: Any setting except none I recommend using a low resolution due to excessive sliding in the middle and top pieces without adequate surface texture. Design Inspiration: This project draws inspiration from a video showcasing similar principles. Requirements: * One pound of pure bismuth * Two neodymium magnets (one large for the top piece, one small for levitation) * Two soda cans for molding molten bismuth * Steel pot for melting bismuth * Stove * Hot glue gun * Super glue Instructions: 1. Flip over soda cans and position them on a heat-resistant surface to prevent spills. 2. Melt the bismuth in a steel pot using a stove, then slowly pour it into the soda can bottoms. 3. Allow the molten bismuth to cool completely before removing it from the cans and sanding the flat ends for evenness. 4. Polish the bismuth plates if desired. 5. Print all provided pieces according to the images and assemble them using hot glue, keeping the bismuth plates as flat as possible. 6. Follow the assembly procedure, adjusting the middle and top pieces to suspend the magnet between the bismuth plates.