Simons Foundation Announces Funding for Synthetic Plant Biology Research

The Simons Foundation’s Life Sciences division has opened applications for its Synthetic Plant Biology program, which seeks to apply engineering principles to advance the understanding of plant functions. This initiative targets high-risk, exploratory research that could lead to significant breakthroughs in plant physiology, genetic modification, and environmental resilience. By providing resources for projects without requiring preliminary data, the program aims to foster innovation and develop new tools for the broader synthetic biology sector.

The Simons Foundation is inviting applications for its Synthetic Plant Biology program, with a submission deadline set for July 30, 2026, at noon Eastern time. This funding initiative is specifically designed to support research that integrates engineering techniques with plant biology to uncover fundamental insights into how plants operate. Proposed projects may focus on a range of objectives, including the development of specialized sensors to monitor physiological responses and the engineering of plant species capable of surviving in inhospitable environments.

A key feature of this program is its emphasis on high-risk, exploratory investigations that have the potential to enable impactful future research. Unlike many traditional funding sources, the Simons Foundation does not require applicants to possess preliminary data at the time of application; instead, the generation of such data is considered a primary goal of the awarded projects. The foundation is particularly interested in research that tests genetic modifications to reveal the inherent trade-offs in plant growth and development, ultimately providing the tools and techniques necessary to empower future plant biological research.

Eligibility for the program extends to investigators who hold a Ph.D. or equivalent degree and maintain a faculty or principal investigator position at a qualified research institution. Applications are accepted from U.S. nonprofit organizations, including colleges, universities, laboratories, and federal research agencies. While the applying institution must be based in the U.S. and provide dedicated research space, there are no citizenship requirements for the individual principal investigators, ensuring a broad pool of talent can contribute to these synthetic biology advancements.