We have demonstrated that constitutes a new class of self‑assembling photonic metamaterials with a robust FCC lattice, complete visible‑range photonic bandgaps, and reversible, ultrafast photo‑tuning. The synergy of rational molecular design, scalable synthesis, and predictive multiscale modeling establishes macrolorblx as a versatile platform for next‑generation photonic devices.
A was performed in a 50 mL Teflon‑lined autoclave: macrolorblx.
Author(s): A. R. Khan, J. L. Mendoza, H. S. Lee, K. T. O’Neil Affiliations: Department of Materials Science & Engineering, Institute for Advanced Photonics, Global University, 123 Innovation Way, City, Country Correspondence: a.khan@globaluniv.edu We have demonstrated that constitutes a new class
The large in‑plane polarizability (αₓₓ, αᵧᵧ) vs. out‑of‑plane (αzz) yields a when the molecules are densely packed (ρ ≈ 1.45 g cm⁻³). complete visible‑range photonic bandgaps