The Science
When we look at a handful of memorial ashes, we are looking at elements that have been tightly bound together by fire. This process gently unlocks those elements to reveal a completely unique visual signature, written by a person's life and biology.
One
A small, sacred sample of the remains is placed into a delicate liquid solution containing gentle biological buffers (EDTA and Tris-HCl). This acts like a microscopic key, unlocking and dissolving the trace minerals and calcium structures that were locked away in the bone matrix.
Two
The solution is placed on a magnetic stirrer and a mechanical rocker. This motion infuses the fluid with kinetic energy, ensuring every trace element is fully liberated and suspended in a crystal-clear liquid.
Three
The mixture is placed in a centrifuge, spinning at high speed to separate any heavy, undissolved material from the pure, mineral-rich fluid at the top, called the supernatant.
Four
Using a precision pipette, this clear fluid becomes three distinct glass slides, each allowed to reform using a different law of physics.
One slide dries naturally, allowing the elements to form large, patient crystals representing the natural geometry of the remains.
A second slide is introduced to volatile organic solvents like acetone or isopropyl alcohol, causing the fluid to evaporate in a rapid flash and giving rise to thousands of vibrant, kaleidoscopic mosaic patterns.
The final slide is precisely heated to melt the dry crystals, then cooled slowly to create fluid, sweeping wave structures resembling embossed velvet or wings.
Under the microscope, using specialized cross-polarized light lenses, these crystals filter light to reveal a breathtaking spectrum of neon pinks, sapphire blues, and metallic golds. No two lives are ever the same, and because of this chemistry, no two portraits will ever look alike. It is a permanent, beautiful visualization of a life's physical legacy.