What question did this study set out to answer?

The aim is to present a hybrid 3D photonic architecture that supports reconfigurable optical interconnects in glass.

March 29, 2026Open Access

3D Photonics Paper 1 v0.1.1: Hybrid 3D Photonic Architecture for Reconfigurable Optical Interconnects in Glass

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Audit-first presentation of a hybrid 3D photonic architecture for optical interconnects, suggesting innovative design possibilities.

The aim is to present a hybrid 3D photonic architecture that supports reconfigurable optical interconnects in glass.
Audit-ready presentation of the 3D photonic architecture
Provision of a canonical release package including documentation and verification notes
Inclusion of a detached PGP signature for provenance
No claims of fabrication or benchmarked performance are made
Proof of manufacturability is not asserted
The integrity of the release package is verified through the detached signature

Hisashi Suga (2026) studied this question.

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