Welcome to my digital logbook. Here I document my creative journey.
The entries are chronologically organized and differ in their nature depending on the type.
DOC-01312
DEUS: 088/19264—19
REX-13: 978-7042264/192
For the initial installment of the R&D dossier, I conducted an in-depth exploration of deep-sea creatures. While conceptualizing my summer collection, the deep-sea theme emerged, sparking significant enthusiasm due to its fascinating nature.
My investigation began with the examination of formidable deep-sea creatures, which are often perceived as frightening. However, their anatomical structure, shapes, and utilitarian design exhibit a unique form of beauty. Further research led to the discovery of bioluminescence, a phenomenon where organisms produce light. The resulting colors and visuals are extraordinary, suggesting a remarkable display in their natural habitat.
Additionally, it is noteworthy that deep-sea fish utilize bioluminescence for communication, locating food, and self-protection by emitting light to attract attention.
Bioluminescence:
- Observation: Extraordinary color variations and light patterns
- Functions: Communication, predation, protection
- Application: Integrating luminous elements and color palettes inspired by bioluminescence
- Method: Light-based signaling
- Purpose: Locating food, self-defense
- Application: Unknown
Scary Creatures
- Notable species: Anglerfish, Gulper Eel
- Key traits: Anatomical beauty, aggressive and utilitarian forms
- Application: Silhouette, sharp details
Credits and Sources:
https://www.sciencefocus.com/nature/deep-sea-creatures
https://eos.org/articles/new-postage-stamps-focus-on-bioluminescent-marine-life
https://qbi.uq.edu.au/article/2021/12/deep-sea-fish-eyes-are-not-freaky-accident http://www.f4news.com/2019/05/12/hyperspectral-vision-in-sea-depth/ https://qbi.uq.edu.au/article/2021/02/deep-sea-vision-linked-night-life-reef