Creating bronze sculptures for anti-entropic displays presents unique challenges that blend artistry with scientific preservation. One major hurdle is material durability; bronze must withstand environmental stressors while maintaining its aesthetic appeal. Artists often struggle with oxidation, which can compromise the sculpture's integrity over time.

Another challenge lies in the intricate casting process. Achieving fine details in bronze requires precision, as even minor flaws can disrupt the anti-entropic display's visual harmony. Additionally, the weight of bronze sculptures demands careful structural planning to ensure stability without sacrificing artistic vision.

Temperature fluctuations also pose a problem. Bronze expands and contracts, potentially causing cracks or distortions in anti-entropic setups. Artists must account for these changes during creation to preserve the sculpture's longevity.

Finally, balancing artistic expression with anti-entropic requirements is a delicate task. The sculpture must not only captivate viewers but also align with the display's scientific purpose, creating a harmonious blend of form and function. Overcoming these challenges requires innovation, technical skill, and a deep understanding of both art and material science.