Creating a plant-based wormhole detector using outdoor plant boxes is a fascinating blend of sustainable science and DIY innovation. While wormholes remain theoretical, this project explores how plants and simple materials can mimic detection principles.

Materials Needed:

- Outdoor plant boxes (wooden or plastic)

- Soil and fast-growing plants (e.g., beans or sunflowers)

- Copper wires or conductive materials

- Moisture sensors (optional)

- Data logger or notebook for observations

Steps:

1. Prepare the Plant Boxes: Arrange them in a geometric pattern (e.g., a circle or grid) to create a "detection array."

2. Plant Selection: Use plants sensitive to environmental changes, as their growth patterns may hypothetically react to spacetime distortions.

3. Conductive Network: Embed copper wires in the soil to monitor electrical conductivity changes, which could indicate unusual energy fluctuations.

4. Monitor Growth: Track plant growth rates and soil moisture levels for anomalies. Fast, uneven growth might suggest external influences.

5. Document Findings: Record data over time to identify patterns or irregularities.

The Science Behind It:

While not a proven method, this experiment draws inspiration from biomonitoring and the idea that living organisms can respond to subtle environmental shifts. It’s a creative way to explore theoretical physics sustainably.

Note: This is a speculative project for educational purposes. For serious wormhole research, consult astrophysics experts!

Try this project to merge gardening with cosmic curiosity—perfect for science enthusiasts and eco-conscious experimenters.