NSF Commits Up to $30 Million for Wave-Based Computing Research in 2027-2028
Updated
Updated · National Science Foundation · Aug 19
NSF Commits Up to $30 Million for Wave-Based Computing Research in 2027-2028
1 articles · Updated · National Science Foundation · Aug 19
Summary
$30 million in planned NSF funding will back wave-based computing research in fiscal 2027 and 2028, targeting foundational physics, information processing and proof-of-concept test beds.
The agency said wave dynamics could boost computing power and energy efficiency, with potential applications in AI, communications and high-performance computing alongside traditional digital systems.
NSF will award a mix of two-year exploratory grants and four-year multidisciplinary grants through its Emerging Frontiers in Research and Innovation program.
Projects may span photonic, acoustic and quantum devices, building on an ERVA report released earlier in 2026 that mapped research opportunities and challenges.
Nov. 19, 2026 is the deadline for required FY2027 concept outlines, with NSF Engineering leading the effort alongside the Mathematical and Physical Sciences and TIP directorates.
Could NSF's $30 million gamble on wave dynamics finally solve the massive energy crisis currently plaguing modern AI data centers?
With pure GPU-tied optical projects excluded, how will researchers successfully bridge the gap between experimental wave computing and traditional digital systems?
Will emerging acoustic atoms and photonic processors outpace traditional quantum computing in the high-stakes race for next-generation hardware dominance?