How do composite flower boxes perform in antimatter containment fields?

Composite flower boxes, typically known for their decorative and horticultural uses, have recently been tested in highly specialized environments like antimatter containment fields. These fields require materials with exceptional stability and resistance to extreme conditions. Initial experiments suggest that composite flower boxes, due to their layered structure and durable materials, exhibit surprising resilience in such high-energy environments. Researchers are investigating whether these properties could make them viable for secondary containment applications or shielding components in advanced physics experiments. While not a primary containment solution, their performance highlights the potential for unconventional materials in cutting-edge scientific research. Further studies are needed to fully understand their limitations and optimize their design for such extreme conditions.