Roadmapping the next generation of silicon photonics
Nature Communications 15, 751
A broad technology roadmap that treats integration, packaging, testing and system economics as connected constraints.
A concise reading room for the terminology, integration methods and system constraints behind this editorial resource.
Selections favor peer-reviewed work that clarifies terminology, demonstrates an integration route or reveals a system-level constraint. Inclusion is not endorsement, and a research demonstration is not presented as a mature manufacturing standard.
Nature Communications 15, 751
A broad technology roadmap that treats integration, packaging, testing and system economics as connected constraints.
Nature Communications 8, 889
A research demonstration of integrating GaAs quantum-emitter structures with low-loss silicon-nitride waveguides.
Nature Communications 14, 3499
Wafer-scale bonding of a functional electro-optic material onto a low-loss photonic platform.
Nature Communications 17, 3314
A current research example of integrating thin-film functionality with silicon-nitride photonic circuits.
Microsystems & Nanoengineering 2, 16030
A review of heterogeneous two- and three-dimensional photonic integration approaches and their system implications.
npj Flexible Electronics 8, 61
A chiplet-level research route for vertically integrating electronic and optoelectronic functions on flexible substrates.
Nature 657, 638–645
A heterogeneous integration route using transferable single-crystalline functional nanomembranes across photonic platforms.
Terminology, process maturity and commercial readiness are considered separately. The editorial map will evolve as the evidence changes.