Three Indian American Researchers Win NASA Visionary Technology Grants

NASA has selected three Indian American researchers as part of its 2026 NASA Innovative Advanced Concepts (NIAC) Phase I grants. These awards recognize visionary technology concepts that could fundamentally change the future of space exploration.

As part of the 18 concepts selected for the 2026 cycle, each Phase I award provides up to $175,000 for a nine-month initial investigation. Among the recipients is Dr. Saptarshi Bandyopadhyay of NASA’s Jet Propulsion Laboratory, who received funding for "DimSun," a project focused on dimming the sun using a controllable dust cloud to reduce solar insolation. A.C. Charania of Zeno Power Systems was awarded for project EARENDIL, which explores extended astronaut radioisotope-EVA capabilities in nighttime and deep-space icy landscapes. Additionally, Dr. Anish Damodaran from the University of Central Florida earned a grant for project PS21, aimed at transforming submillimeter space interferometry through the use of photonic technologies.

The NIAC Framework

The NIAC program funds high-risk, high-reward research that is often too early for traditional development paths. By providing seed funding for Phase I, NASA allows researchers to conduct preliminary studies to determine if a concept is technically feasible. If a project proves promising, it can move toward Phase II, which offers significantly more funding for deeper technical maturation. This pipeline ensures the agency can explore "out-of-the-box" ideas that could eventually lead to breakthroughs in propulsion, observation, and planetary defense.

Impact on Space Exploration

The recognition of these researchers highlights the critical role of the Indian American scientific community in advancing U.S. aerospace capabilities. The diversity of the projects—spanning from solar radiation management to advanced interferometry—demonstrates a broad application of expertise essential for the complexity of deep-space missions. These advancements are particularly vital as NASA prepares for more ambitious lunar and Martian expeditions, where power efficiency and precise observation are paramount.

Next Steps

The three researchers will now enter the nine-month investigation period to validate their respective concepts. The success of these initial studies will determine whether the projects advance to Phase II. While the current awards focus on theoretical feasibility, the long-term goal is to transition these visionary concepts into tangible hardware and mission architectures for future NASA programs.