Quantum

BIRD Foundation Approves $7.4 Million for Seven U.S.-Israel R&D Projects

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Based on a feed excerpt; full article content has not been acquired. Source evidence retrieved 20/10/2026, 13:34:26 UTC.

Briefings

The BIRD Foundation approved $7.4 million in conditional grants for seven U.S.-Israel joint R&D projects in September 2026, with total investment expected to reach $20 million. Selected projects include quantum computing, satellite communications, semiconductor memory, AI-driven cancer detection, precision agriculture, and medical 3D printing. Key partners include Qarakal Quantum and Quantum Elements for surface-catalysis mapping, NovaLink Space and Ciena for satellite laser comms, and RAAAM Memory Technologies and GlobalFoundries for GCRAM memory. Dr. Alon Stopel and Mr. Mike Molnar from NIST and the Innovation Authority confirmed the high-impact nature of these deep-tech collaborations as the Foundation approaches its 50th anniversary.

Key points

• The BIRD Foundation approved $7.4 million in conditional grants for seven joint U.S.-Israel R&D projects in September 2026, with total investment expected to reach $20 million.
• Selected projects include quantum computing, satellite communications, semiconductor memory, AI-driven cancer detection, precision agriculture, and medical 3D printing, with specific partners like Qarakal Quantum and NovaLink Space.

Context

The BIRD Foundation supports strategic collaborations between U.S. and Israeli companies to develop innovative products for global markets. Since its establishment in 1977, the Foundation has supported over 1,200 collaborations and invested approximately $470 million, generating over $10 billion in revenue. This approval marks a significant milestone as the Foundation approaches its 50th anniversary, continuing its tradition of promoting innovation through complementary binational partnerships.

Limitations

Evidence is limited to the September 2026 press release and internal briefing; specific project timelines beyond the approval date are not provided. Some technical specifications for the quantum computing and satellite projects are described but lack detailed performance metrics or expected completion dates. The total investment figure includes private-sector funding not detailed in the source.

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