Humans are the only animals that blush...
A behavior Charles Darwin described as the most unique and distinctive expression of humanity
Darwin had already observed this phenomenon during his research on the theory of evolution.
He discovered that people from all countries and ethnicities blush when embarrassed,
whereas higher animals, including some primates, do not...
SO
WHAT IF FISH BLUSH?
- By 2100, due to global warming, melting glaciers, and rising ocean temperatures, the original heat dissipation mechanisms of fish will no longer support their survival in the increasingly warm oceans. As they evolve, blushing may develop as a secondary heat dissipation method for future fish.
- Future fish dissipate heat by blushing.
REASONS WHY TO CHOOSE CORAL
If the new organs of fish resemble coral in form, they can serve as camouflage to avoid predation. These new organs are used for heat dissipation, helping fish adapt to rising ocean temperatures. Additionally, the coral-like structures provide ammonia components, which, to some extent, alleviate the decline of coral populations.
PROCESS
Begin by kneading free resin into coral-like shapes, then pinch the lamp into the resin. Using red watercolor paint, apply color to the model to enhance its visual appeal. Once the structure is prepared, write the programming and input it into the main control board. The LEDs, in contact with the control board, illuminate not only the roots but are distributed throughout the entire model, creating a dynamic and lifelike effect. All lighting patterns are pre-programmed into the main control board for precise control and synchronization.
I need to refine my interpretation of the information further, dedicating more effort to collating and processing the available data, as well as providing stronger evidence to explain why this might be the case. I also realize that the installation needs to be presented more effectively. I would like to explore additional ways to present the concept of fish gills, considering whether it can be expressed in a more diverse or in-depth form. For instance, using techniques like Twinmotion could help illustrate how the new organ of the fish is both functional and bionic in nature. This raises the question: could human design in the future draw more inspiration from nature’s ecology, using biomimicry to address environmental challenges?