analiza aiqbench

Researchers have successfully demonstrated a fully integrated on-chip circuit that generates, routes, and electrically reads valley-dependent chiral photons using meta-waveguides and dichalcogenides. This breakthrough overcomes previous hurdles in controlling valley degrees of freedom at room temperature, achieving near-unity efficiency and high polarization selectivity essential for practical valleytronics. The work represents a significant advancement toward scalable, light-based optical circuits capable of processing valley-multiplexed information.