β-Carotene (C₄₀H₅₆) is an organic pigment belonging to the carotenoid family. Its structure is built around a long π-conjugated system, responsible for absorbing blue-violet light (approximately 450-480 nm) and therefore producing its characteristic orange color. During crystallization, this highly conjugated molecule self-organizes into complex microarchitectures, revealing unexpected hierarchical patterns: star-like forms, leaf-like structures, and fractal textures. As the precursor of vitamin A, β-carotene plays a vital role in vision, protection against oxidative stress, and numerous biological processes. Here, it becomes the visual trace of that essential function, transforming a biological molecule into a luminous mineral fire landscape.
This artwork was born from a familiar, almost ordinary molecule: β-carotene, the natural pigment responsible for the orange hues found throughout the living world. Under the microscope, far removed from its familiar nutritional identity, the material reveals a flamboyant, organic, and a fire-like architecture. The crystals unfold like glowing leaves, stellar fragments, or flames frozen in time. The image evokes an inner fire deeply rooted in the very structure of matter. This print is an invitation to contemplate what normally remains invisible: the hidden beauty of the molecular world, at the boundary between life, light, and the memory of matter.
Artwork Title: β-Carotene - Molecular Fire
Chemical Material: β-carotene crystals
Medium: High-definition print on HD Aluminium Dibond, a premium material offering exceptional durability and a glossy surface that enhances every detail and contrast.
Finish: Outstanding color reproduction, impeccable sharpness, and exceptional longevity.
Mounting: Integrated aluminum rail system for an elegant floating presentation on any wall.
Authenticity: Individually numbered and accompanied by a signed certificate of authenticity.
β-Carotene (C₄₀H₅₆) is an organic pigment belonging to the carotenoid family. Its structure is built around a long π-conjugated system, responsible for absorbing blue-violet light (approximately 450-480 nm) and therefore producing its characteristic orange color. During crystallization, this highly conjugated molecule self-organizes into complex microarchitectures, revealing unexpected hierarchical patterns: star-like forms, leaf-like structures, and fractal textures. As the precursor of vitamin A, β-carotene plays a vital role in vision, protection against oxidative stress, and numerous biological processes. Here, it becomes the visual trace of that essential function, transforming a biological molecule into a luminous mineral fire landscape.
This artwork was born from a familiar, almost ordinary molecule: β-carotene, the natural pigment responsible for the orange hues found throughout the living world. Under the microscope, far removed from its familiar nutritional identity, the material reveals a flamboyant, organic, and a fire-like architecture. The crystals unfold like glowing leaves, stellar fragments, or flames frozen in time. The image evokes an inner fire deeply rooted in the very structure of matter. This print is an invitation to contemplate what normally remains invisible: the hidden beauty of the molecular world, at the boundary between life, light, and the memory of matter.
Artwork Title: β-Carotene - Molecular Fire
Chemical Material: β-carotene crystals
Medium: High-definition print on HD Aluminium Dibond, a premium material offering exceptional durability and a glossy surface that enhances every detail and contrast.
Finish: Outstanding color reproduction, impeccable sharpness, and exceptional longevity.
Mounting: Integrated aluminum rail system for an elegant floating presentation on any wall.
Authenticity: Individually numbered and accompanied by a signed certificate of authenticity.
