We engineer monumental borosilicate crystal pavilions that bend ambient daylight into real-time Navier-Stokes chromatic fluid fields, calibrated down to the nanometer.
Each chamber inside the pavilion modulates a distinct physical regime of optical wave mechanics, converting ambient photon flux into fluid spatial spectra.
Incident ambient daylight strikes 90mm thick monolithic quartz crystal slabs, bending into a parallel planar wavefront with zero spherical aberration.
Wavelength-dependent phase velocity forces polychromatic light to fan out into distinct chromatic angles, projecting continuous fluid gradients across physical architecture.
Sub-micron alternating dielectric layers induce constructive interference, creating shifting iridescent sheens that transform dynamically with observer angle.
Colloidal semiconductor crystals embedded in optical resin convert ambient ultraviolet radiation into ultra-pure narrow-band spectral emission lines.
Self-assembling liquid crystal molecules in continuous laminar flow. Dynamically rotates polarization angles to induce moving color gradients.
/* IRIDIA Kinetic Gradient Waveform */
.kinetic-gradient {
background: linear-gradient(135deg, #0A0B10 0%, #141724 45%, #FF4D00 78%, #00F0FF 100%);
filter: contrast(117%) saturate(128%);
animation: iridiaFlow 20s ease-in-out infinite alternate;
}Permanent and biennial spatial crystal commissions engineered in collaboration with world museums, civic foundations, and architectural biennales.
A monumental outdoor helical light sculpture of stacked dichroic borosilicate glass fins that decomposes low-angle Alpine sunlight into sweeping chromatic ground projections.
An open-air contemplative cedar pavilion featuring an array of 280 precision plano-convex cylindrical lenses casting geometric caustic ribbons across a black basalt reflecting pool.
A maritime geodesic structure engineered with frosted fused silica skins that react to geomagnetic storm data, projecting live Navier-Stokes green and violet aurora caustics into the polar sky.
We collaborate with architects, cultural institutions, and municipal bodies worldwide to fabricate permanent crystal refraction structures.