How do round trash cans handle the disposal of omniversal or infinite waste streams?

The concept of round trash cans managing omniversal or infinite waste streams is a fascinating thought experiment at the intersection of theoretical physics and waste management. While traditional trash cans are designed for finite, localized waste, their circular shape hints at deeper symbolic and functional possibilities for cosmic-scale disposal.

Circular geometry, often associated with infinity and cyclical systems, could theoretically enable a trash can to "loop" waste into a self-contained disposal mechanism. Imagine a black hole-like effect, where waste enters the round opening and is compressed or transformed within a closed system. Advanced theoretical models suggest that such a design might leverage quantum entanglement or spacetime curvature to redistribute waste across dimensions, preventing overflow.

However, practical challenges remain. Infinite waste streams would require infinite energy to process, and the laws of thermodynamics impose limits. Yet, the round trash can serves as a metaphor for scalable waste solutions—emphasizing efficiency, adaptability, and the need for innovative thinking in tackling even hypothetical disposal problems. In a multiverse context, perhaps "round" represents not just shape, but a holistic approach to waste as a boundless resource.