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Issue file · proposed

Navy/ONR RF photonic amplification and chalcogenide As2S3 waveguide technology (STTR)

Navy and ONR efforts to develop low-loss As2S3 chalcogenide waveguides exploiting Stimulated Brillouin Scattering for RF photonic amplification, including STTR topics such as DON27TZ02-NV003 under the DoW STTR 2027 BAA, photonic integrated circuit and RF front-end requirements, funding, transition to programs of record, and congressional oversight of Navy RF photonics and electronic warfare technology.

Defense
Earliest seen
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No coverage yet
Articles · 30d
0
No coverage
Outlets
0
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Hill · 30d
0
None in 30 days or ahead
Contracts · 30d
1
1 open
Momentum
0.6
Articles ±0 vs prior week

Activity

30 days back, 14 ahead · hollow = scheduled
Total
1
Peak/day
1Nov 4
7d
0▼1
Next
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Σ/day1
Hill0
Contracts1
News0

What's happening

Updated 6d ago

The only item on record is an Office of Naval Research STTR Phase I topic seeking proposals for growth and etching of As2S3 waveguides for SBS-based RF photonic amplification. It is scheduled for 2027-01-06 at 17:00Z, the next dated milestone. No recent congressional, oversight, or industry activity appears in the items provided.

Hill

No policymaker activity in the window.

Contracts

1 contract

ONR STTR Phase I solicitation for As2S3 waveguide growth and etching for SBS-based RF photonic amplification, scheduled for 2027-01-06 17:00Z.

Open solicitations
1

Pressure

No outside pressure in the window.

Who covered it, when

A dot per article · ringed = earliest in our sources

No coverage in the last 30 days.

Forces at work

share of articles
  • Procurement & funding1 · 100%ONR is soliciting STTR Phase I proposals on growth and etching of As2S3 waveguides for SBS-based RF photonic amplification, with a scheduled date of 2027-01-06.Office of Naval Research · DoD SBIR/STTR

What's next

Times ET
The Wave Terminal · from the 0 outlets we follow on this issue · summary updated 6d ago

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Navy/ONR RF photonic amplification and chalcogenide As2S3 waveguide technology (STTR) — The Wave