AETHER-PhotonBurst-Plus: Hexa-Node All-Optical Burst Fan-Out, Wavelength Staining, Echo-Handshake, Photonic Sieve, and Polarization-Locked Aggregation Architecture (v2.0)

AETHER-PhotonBurst-Plus™: Hexa-Node All-Optical Burst Fan-Out, Wavelength Staining, Echo-Handshake, Photonic Sieve, and Polarization-Locked Aggregation Architecture Specification, Verilog RTL Implementation & Commercial Dual-Licensing Framework (v2.0). This technical dossier formally cross-references the established Zenodo DOI evidence network: 10.5281/zenodo.23718017, 10.5281/zenodo.23718488, 10.5281/zenodo.23718559, and 10.5281/zenodo.23718912. [HEXA-NODE OPTICAL PHYSICAL TOPOLOGY] 1. Root Optical Burst Pad: Instant nanosecond laser pulse injection (<1ns) broadcasting raw key streams. 2. Node 1 - Wavelength Staining: Integrated silicon micro-comb modulating sub-channels into distinct optical wavelengths (lambda_1 to lambda_n) for collision-free parallel transmission. 3. Node 2 - Optical Echo Check: In-pixel reverse pulse reflection back to root in <0.1ns, eliminating CPU ACK/NACK handshake delays. 4. Node 3 - Photonic Sieve Gate: Dual Mach-Zehnder Interferometers executing constructive interference for hit tokens and destructive phase cancellation for redundant/missed data. 5. Node 4 - Polarization Encryption: Polarization angle spinning interlocked with hardwired AUTHOR_HASH (32'h4C484C31), preventing optical microscope eavesdropping and probe reverse engineering. 6. Collector Pads: Final high-sensitivity GeSi detectors directly driving AETHER-STIP™ sense-drive integrated pins. Lead Architect & Sole Proprietor: Liew Hsiao Ling (刘小凌) Jurisdiction: Penang, Malaysia Contact Emails: 317639459@qq.com / hsiaolingliew@proton.me Contact Phones: +60122366418 / +60165508377 [COMMERCIAL DUAL-LICENSING & DEFENSIVE NOTICE] Released under CERN Open Hardware Licence Version 2 - Strongly Reciprocal (CERN-OHL-S-2.0) for peer verification and academic prototyping. Any commercial entity, semiconductor design house (Fabless), or foundry incorporating this optical topology into proprietary closed-source chipsets MUST execute an official Commercial Dual-License agreement with the proprietor.