[CThA13B] Photonic Computing I

[CThA13B-01 (Invited(P))] Demonstration of A Clements-type 16 × 16 Photonic Analog Matrix Processor Based on Silicon Photonics

*Shota Kita^1,2, Kengo Nozaki^1,2, Kenta Takata^1,2, Kohei Ikeda^1,2, Kazuo Aoyama³, Keijiro Suzuki⁴, Yuriko Maegami⁴, Morifumi Ohno⁴, Guangwei Cong⁴, Noritsugu Yamamoto⁴, Koji Yamada⁴, Akihiko Shinya^1,2, Hiroshi Sawada³, Masaya Notomi^1,2 (1. NTT Nanophotonics Center (Japan), 2. NTT BRL (Japan), 3. NTT CSL (Japan), 4. AIST (Japan))

We fabricated and packaged a Clements-type 16×16 photonic matrix processor based on silicon photonics. By applying circuit parameter learning, we have obtained an R2 determination coefficient of ~0.859 and demonstrated a clear identity matrix implementation.