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The objective of crystal palace is to develop new tools and techniques with controls that are local and generalizable, enabling the rapid development of new complex inorganic materials at single crystal quality and at a relevant scale. It is anticipated that these tools and techniques will be able to locally control transport and reaction for material growth. Through novel local control, crystal palace will make new complex inorganic single crystal materials with breakthrough properties for the dow. Materials to be grown in this program will be proposer defined, but proposers are expected to justify their choices based upon anticipated substantial improvement over state-of-the-art material properties and dow usefulness. Crystal palace is not focused on computationally discovering materials nor integrating materials into devices. Crystal palace is specifically focused on direct growth methods for single crystal materials on a relevant substrate for microsystems, i. E. , no metal substrates, no material transfer techniques, and no bulk growth. Proposals that fail to outline how all program goals and objectives as described herein will be achieved by the program milestones are not of interest.
Starbridge can help you:
Pain points mentioned in board meetings and strategic plans
Instantly outline and draft all requirements
Bring in your USPs and exploit competitor gaps
Starbridge can help you:
Get ahead of RFPs — target accounts planning budget or ending contracts soon
Accounts with contract expirations, meetings mentioning your product, grants, budget changes and more
Starbridge.ai books 30 - 40% of leads into meetings
Provide services for identify, investigate, and leverage nascent scientific advances for national security applications by pursuing high-risk, high-payoff research initiatives across a broad spectrum of science and engineering disciplines. Disruption opportunity (do) topics are issued to rapidly investigate new concepts with focused investments.
Posted Date
Sep 30, 2025
Due Date
Sep 29, 2026
Release: Sep 30, 2025
Close: Sep 29, 2026
Provide services for identify, investigate, and leverage nascent scientific advances for national security applications by pursuing high-risk, high-payoff research initiatives across a broad spectrum of science and engineering disciplines. Disruption opportunity (do) topics are issued to rapidly investigate new concepts with focused investments.
AvailableProvide FY26 NAWCAD Propulsion and Power Technology Development Program Broad Agency Announcement (BAA).
Posted Date
Sep 26, 2025
Due Date
Sep 30, 2026
Release: Sep 26, 2025
Close: Sep 30, 2026
Provide FY26 NAWCAD Propulsion and Power Technology Development Program Broad Agency Announcement (BAA).
AvailableCarbon Crunch aims to accelerate Carbon-Carbon (C-C) hypersonic aeroshell production by developing and applying cutting edge composite manufacturing methods that are inherently faster and more scalable. Performers will be asked to demonstrate an end-to-end manufacturing process (pre-form layup to near-net-shape densification) that demonstrates high quality, rapid production, and quick design-cycle turnaround. Once the process has demonstrated improved throughput at a reasonable cost hypersonic program of record at a production rate of 100 all-up-rounds (AURs) per month, the technology can be transitioned to programs of record in the future. By targeting the most constraining production bottlenecks, Carbon Crunch will enable scalable, fast, and agile production of hypersonic aeroshells.
Posted Date
Dec 17, 2025
Due Date
Feb 4, 2026
Release: Dec 17, 2025
Close: Feb 4, 2026
Army project manager soldier survivability program executive office soldier broad agency announcement (BAA).
Posted Date
Sep 7, 2021
Due Date
Aug 17, 2026
Release: Sep 7, 2021
Close: Aug 17, 2026
Army project manager soldier survivability program executive office soldier broad agency announcement (BAA).
AvailableSurface intent from meeting minutes, budgets, and contract expirations. Influence RFP requirements before competitors ever see them.
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Carbon Crunch aims to accelerate Carbon-Carbon (C-C) hypersonic aeroshell production by developing and applying cutting edge composite manufacturing methods that are inherently faster and more scalable. Performers will be asked to demonstrate an end-to-end manufacturing process (pre-form layup to near-net-shape densification) that demonstrates high quality, rapid production, and quick design-cycle turnaround. Once the process has demonstrated improved throughput at a reasonable cost hypersonic program of record at a production rate of 100 all-up-rounds (AURs) per month, the technology can be transitioned to programs of record in the future. By targeting the most constraining production bottlenecks, Carbon Crunch will enable scalable, fast, and agile production of hypersonic aeroshells.
Available