Scientific Description : Structure, Function & Crystallization
The vitamin C used in this artwork was produced in Geneva by EAUXVIVES Laboratoire, under the direction of Ms. Céline Celardin, ensuring a raw material of exceptional purity. Vitamin C (C₆H₈O₆), also known as ascorbic acid, is a small organic molecule essential to life. It plays a fundamental role in cellular protection, collagen synthesis, immune system function, and the neutralization of free radicals thanks to its powerful antioxidant properties. In nature as well as in the human body, it acts as an electrochemical guardian, capable of donating or accepting an electron to stabilize metabolic reactions. At the molecular level, ascorbic acid possesses a cyclic lactone ring and several hydroxyl groups, allowing it to form an extensive network of hydrogen bonds. This ability to self-organize into a coherent molecular network determines the way it crystallizes. Under polarized light, vitamin C crystals reveal radiating fan structures, microstructures characteristic of highly anisotropic compounds. Each crystalline "flower" corresponds to a region where molecules have aligned along a preferred axis, guided by electrostatic interactions. The birefringence of these organic crystals gives rise to a palette of iridescent colors, resulting directly from the interaction between polarized light and the orientation of microscopic crystalline domains. What is observed here is therefore more than an image: it is an optical map of molecular order, a direct visualization of how living matter organizes itself to remain stable, functional, and energetically efficient.
Artistic Description : Matter That Heals Takes Shape
In Vitamin C, matter adopts an almost botanical form: bouquets, fans, and corollas seem to emerge from the darkness. The image evokes an organic aesthetic, as though the molecule that protects life naturally sought to imitate living forms as it solidifies. Its vibrant, shifting colors recall the spectrum of dispersed light, an arc that symbolizes vitality, regeneration, and energy. Every structure resembles a microscopic flower born from chemistry, a silent gesture in which matter reveals its innate beauty without human intervention.
The artwork captures a central paradox: An invisible molecule, essential to life, transforms into a monumental landscape when allowed to express itself through crystallization.
Description
Title: Cellular Bloom
Chemical Material: Vitamin C (C₆H₈O₆)
Medium: High-definition fine art print on HD aluminium Dibond.
Finish: Gloss surface with exceptional resolution, revealing vibrant colors and intricate details.
Material: 3 mm aluminium composite panel, lightweight, rigid, and highly durable.
Durability: Scratch, UV, and moisture resistant for long-lasting archival quality.
Mounting: Integrated floating rail hanging system for an elegant wall display.
Authenticity: This artwork is individually numbered and accompanied by a signed certificate of authenticity.
Scientific Description : Structure, Function & Crystallization
The vitamin C used in this artwork was produced in Geneva by EAUXVIVES Laboratoire, under the direction of Ms. Céline Celardin, ensuring a raw material of exceptional purity. Vitamin C (C₆H₈O₆), also known as ascorbic acid, is a small organic molecule essential to life. It plays a fundamental role in cellular protection, collagen synthesis, immune system function, and the neutralization of free radicals thanks to its powerful antioxidant properties. In nature as well as in the human body, it acts as an electrochemical guardian, capable of donating or accepting an electron to stabilize metabolic reactions. At the molecular level, ascorbic acid possesses a cyclic lactone ring and several hydroxyl groups, allowing it to form an extensive network of hydrogen bonds. This ability to self-organize into a coherent molecular network determines the way it crystallizes. Under polarized light, vitamin C crystals reveal radiating fan structures, microstructures characteristic of highly anisotropic compounds. Each crystalline "flower" corresponds to a region where molecules have aligned along a preferred axis, guided by electrostatic interactions. The birefringence of these organic crystals gives rise to a palette of iridescent colors, resulting directly from the interaction between polarized light and the orientation of microscopic crystalline domains. What is observed here is therefore more than an image: it is an optical map of molecular order, a direct visualization of how living matter organizes itself to remain stable, functional, and energetically efficient.
Artistic Description : Matter That Heals Takes Shape
In Vitamin C, matter adopts an almost botanical form: bouquets, fans, and corollas seem to emerge from the darkness. The image evokes an organic aesthetic, as though the molecule that protects life naturally sought to imitate living forms as it solidifies. Its vibrant, shifting colors recall the spectrum of dispersed light, an arc that symbolizes vitality, regeneration, and energy. Every structure resembles a microscopic flower born from chemistry, a silent gesture in which matter reveals its innate beauty without human intervention.
The artwork captures a central paradox: An invisible molecule, essential to life, transforms into a monumental landscape when allowed to express itself through crystallization.
Description
Title: Cellular Bloom
Chemical Material: Vitamin C (C₆H₈O₆)
Medium: High-definition fine art print on HD aluminium Dibond.
Finish: Gloss surface with exceptional resolution, revealing vibrant colors and intricate details.
Material: 3 mm aluminium composite panel, lightweight, rigid, and highly durable.
Durability: Scratch, UV, and moisture resistant for long-lasting archival quality.
Mounting: Integrated floating rail hanging system for an elegant wall display.
Authenticity: This artwork is individually numbered and accompanied by a signed certificate of authenticity.
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