Diego Alonso Donoso Ruiz, featured ILCS Liquid Crystal artist, January 2026. Nematic Symphony. The polarization of light reveals a secret realm, chromatic rivers winding across the molecular surface. Each contour bears witness to the dialogue between symmetry and rupture, between physics and poetry. In this nematic symphony, birefringence becomes visual music: chords of color that trace an ephemeral map where science transforms into art and liquid matter becomes verse.

Herman & Nina featured ILCS Liquid Crystal artist, February 2026. Golden sky. 8CB doped with Cholesteryl Pelargonate, heated to 34.5 degrees C. Parallel brushed surface, 25V voltage over the cell plates. Cross-polarisation microscope.

Bhupendra Pratap Singh, featured ILCS Liquid Crystal artist, March 2026. Microfluidic Photonic Fireworks. This polarized optical microscopy (POM) image (50×) captures an ensemble of microfluidic-generated cholesteric liquid crystal (CLC) reflectors that resemble miniature pinwheels and fireworks. Each sphere is a core–shell structure produced in a coaxial glass-capillary microfluidic device. The core phase is an aqueous 5 wt% PVA solution, while the shell phase is a CLC mixture formulated from E7 nematic LC (65 wt%), RM257 reactive mesogen (10 wt%), and CB15 chiral dopant (25 wt%), tuned to give selective blue reflection. Under crossed polarizers, the curved cholesteric ordering and internal defect structure transform the CLC shell into a photonic micro-mirror, producing radially symmetric, iridescent spokes that shift in intensity and color with local optical orientation, an elegant fusion of self-assembly, microfluidic precision, and photonic Bragg reflection.

Amanuj Jaman Middya, featured ILCS Liquid Crystal artist, April 2026. Whispers Between Cholesteric Droplets. https://drive.google.com/open?id=1H0uBtIleLOWtt2vlhK5GrIZWRFb8ZHab This image shows a dried array of microfluidic produced cholesteric liquid crystal droplets composed of E7 doped with 34.7 wt% CB15. After drying on a treated glass substrate, the droplets retain their ordered cholesteric structure and display vivid structural colors under polarized optical microscopy. The bright red-orange centers arise from selective Bragg reflection of the cholesteric helix, while the green radial features reveal optical cross-communication between neighboring droplets, where reflected light from one droplet is re-directed through another. Together, the array appears as a small constellation of interacting liquid crystal droplets, highlighting both the visual beauty of cholesteric self-organization and its potential for optical sensing applications.