Scientific Description
Potassium ferricyanide (K₃[Fe(CN)₆]) is an iron coordination complex that crystallizes in the cubic crystal system(space group Pm-3m), forming a highly symmetrical lattice in which each [Fe(CN)₆]³⁻ octahedral complex is surrounded by potassium ions. Because of its high crystallographic symmetry, the crystal is only weakly birefringent compared with more anisotropic crystalline materials. Under polarized light, however, subtle variations in orientation and internal stress reveal remarkable colours and geometric patterns that transform this inorganic compound into a striking visual landscape. Ferricyanide has long been used in analytical chemistry, electrochemistry, photography, and coordination chemistry as a stable iron(III) complex, illustrating the extraordinary relationship between molecular structure and optical behaviour.
Iron, Fire, and the Birth of the Elements
Iron and fire have been inseparable since the birth of the universe. Iron is forged inside massive stars during the final stages of stellar evolution, representing one of the most stable elements in nature. Fire, by contrast, embodies energy, transformation, and the continuous movement of matter. Together they tell the story of creation, from stellar nucleosynthesis to the microscopic architecture of crystals. Within Ferric Flame, these two symbols converge. The ordered geometry of the ferricyanide crystal reflects the stability of iron, while its luminous red colours evoke combustion, warmth, and the release of energy. The artwork becomes a dialogue between permanence and transformation, structure and motion, matter and light. It reminds us that the same physical laws shaping stars also govern the invisible architecture of molecules beneath a microscope.
Product Description
Artwork Title: Ferric Flame
Chemical Material: Potassium Ferricyanide (K₃[Fe(CN)₆])
Scientific Technique: Polarized light microscopy revealing birefringent crystal structures.
Medium: High-definition print on Chromaluxe HD Aluminium Dibond.
Finish: Produced by WhiteWall, ensuring exceptional colour accuracy, outstanding sharpness, and museum-quality durability.
Mounting: Integrated aluminium rail system for an elegant floating wall presentation.
Authenticity: Individually numbered and accompanied by a signed certificate of authenticity.
Scientific Description
Potassium ferricyanide (K₃[Fe(CN)₆]) is an iron coordination complex that crystallizes in the cubic crystal system(space group Pm-3m), forming a highly symmetrical lattice in which each [Fe(CN)₆]³⁻ octahedral complex is surrounded by potassium ions. Because of its high crystallographic symmetry, the crystal is only weakly birefringent compared with more anisotropic crystalline materials. Under polarized light, however, subtle variations in orientation and internal stress reveal remarkable colours and geometric patterns that transform this inorganic compound into a striking visual landscape. Ferricyanide has long been used in analytical chemistry, electrochemistry, photography, and coordination chemistry as a stable iron(III) complex, illustrating the extraordinary relationship between molecular structure and optical behaviour.
Iron, Fire, and the Birth of the Elements
Iron and fire have been inseparable since the birth of the universe. Iron is forged inside massive stars during the final stages of stellar evolution, representing one of the most stable elements in nature. Fire, by contrast, embodies energy, transformation, and the continuous movement of matter. Together they tell the story of creation, from stellar nucleosynthesis to the microscopic architecture of crystals. Within Ferric Flame, these two symbols converge. The ordered geometry of the ferricyanide crystal reflects the stability of iron, while its luminous red colours evoke combustion, warmth, and the release of energy. The artwork becomes a dialogue between permanence and transformation, structure and motion, matter and light. It reminds us that the same physical laws shaping stars also govern the invisible architecture of molecules beneath a microscope.
Product Description
Artwork Title: Ferric Flame
Chemical Material: Potassium Ferricyanide (K₃[Fe(CN)₆])
Scientific Technique: Polarized light microscopy revealing birefringent crystal structures.
Medium: High-definition print on Chromaluxe HD Aluminium Dibond.
Finish: Produced by WhiteWall, ensuring exceptional colour accuracy, outstanding sharpness, and museum-quality durability.
Mounting: Integrated aluminium rail system for an elegant floating wall presentation.
Authenticity: Individually numbered and accompanied by a signed certificate of authenticity.
Image 1 of 5
Image 2 of 5
Image 3 of 5
Image 4 of 5
Image 5 of 5