**Crystallization: The De(En)coding Art Journey**

*Keywords: Lab art, Mixed medium, Natural inspired, Artbook, Specially printed book*
Decoding the lab experiments in the art series allows readers to experience the process of crystal formation, which opens up a journey of the unknowns: fleeting and unpredictable. Encoding the chaotic macro reactions, entropy reduction movements at the particle level are neatly formed. Such controversy becomes the philosophy of this project, which seeks to mirror the paradox of life and nature. The uniquely designed 3.5D structures sequences the crystal topology dynamically. Premium acetate printing honors the aesthetics of crystallization: the code of nature.

**“Nature Forms, Natural Beauty.”**

The soft **algorithm** is **nature**

Crystallization III: Snowflakes, Code, and Computational Heat

Extending *Crystallization* from material experiment into generative language, the Snowflake Code System translates each word or name into a distinct sixfold form. The work considers computational heat and climate responsibility: as machines seek colder ground for cooling, no one stands outside the climate we shape.

Crystallization II: The De(En)coding from Entropy in Ethereal Architectures

IDA Gold in Print / Books, International Design Awards (IDA), 2023
C2A Best of Best in Other books- Books, Creative Communication Award (C2A), 2021
Collected by MIT Libraries【1】【2】, Harvard Fine Arts Library Widener Library…
Exhibit Milan Cultural Center, Pratt Library, Millepiani Gallery (Rome)
CONCEPT & DESIGN: （ILSA） YUMENG LI
MEDIUM: Acetate, Resin
FORMAT: 20pp, 517 x 210 mm
BINDING: Hardcover, Accordion Fold
PUBLISHED BY PEAR & MULBERRY
ISBN: 978-1-961660-02-1
COLLECTED by MIT Libraries, Harvard Fine Arts Library Widener Library

Crystallization I: The Textile Lab
CONCEPT & DESIGN: （ILSA） YUMENG LI
MEDIUM: Acetate, Sunset-velvet rag, Fine-art-photo rag
BINDING: Flag Book
SELF PUBLISHED： 2021
COLLECTED by MIT Libraries

Artist Statement
"Crystallization: The De(En)coding from Entropy in Ethereal Architectures" is a transformative, interdisciplinary exploration at the intersection of art, science, and environmental awareness. This project draws its core inspiration from the process of crystallization, exemplified by the behavior of sodium acetate. This common chemical compound is used in the artwork to demonstrate the intricate dance of order and chaos, of entropy and negentropy, encapsulating the delicate balance intrinsic that exists in nature and in our climate.
The journey into crystallization is not just a journey into the natural and scientific world; it’s also a metaphor for our current environmental predicament. Just as the formation of crystals is sensitive to conditions and can swing between states of order and disorder, so too is our climate system. Climate change is a reflection of an imbalance, of entropy within our earth's systems - a dance skewed towards chaos.
My artistic process embodies these principles by utilizing sodium acetate, a compound widely used in heating pads due to its ability to release energy in an exothermic crystallization process. This phase transition, triggered with a stimulus, is an elegant representation of how a slight change can have far-reaching impacts – much like the impact of human activities on our global climate.
This project is not only a testament to the boundless potential of interdisciplinary collaboration, but it is also a call to action. Through the mesmerizing structures of crystallization, viewers are invited to reflect on their relationship with the environment and their role in maintaining the delicate balance that sustains life on Earth.
Underscoring the fragility of our climate system means that it is a microcosm of order within chaos, reflecting our own place within the global ecosystem.
In creating "Crystallization: The De(En)coding from Entropy in Ethereal Architectures", I hope to inspire a sense of awe and understanding, to decode the complexities of nature and our environment, and to encourage a more harmonious coexistence with the natural world.