HYBRID EVENT
September 14-16, 2026 | Rome, Italy
GPMB 2025

Deciphering the mechanism of action of complex agricultural inputs for the future of a nutritious and globally sustainable food system

Rajnish Khanna, Speaker at Plant Science Conferences
Carnegie Science at Stanford University, and i-Cultiver, Inc., United States
Title : Deciphering the mechanism of action of complex agricultural inputs for the future of a nutritious and globally sustainable food system

Abstract:

There are many products in the market, and each product claims to be superior to all the other products in performance – but how do we know that is true? The agricultural marketplace is driven through marketing capabilities rather than actual product efficacy or sustainability. Better performing products may eventually stay longer in the market, but most of the product claims are exaggerated, which inevitably fail in broad-acre applications, causing severe loss-of-income for farmers and undesired environmental consequences. It is difficult to regulate product claims, leaving a gap in the industry. On the other hand, high level basic research capabilities exist in institutes and universities, but it is largely out of reach for commercial product verification and peer-reviewed publication. A new model to bridge the research gap between the two sectors will be presented. Developed and established in the past six years, it allows industry access to independent research for product verification and provides a unique platform for technology transfer from academia to market. Examples will be shared on mode-of-action research (with commercialized products), and on technology transfer (with new inventions). The need for implementing a new independent research paradigm is urgent to identify beneficial technologies methodologically for building actionable portfolios to overcome pressures on plant performance, like disease and drought stress, and improve nutrition and productivity in broad growing systems. Academia and industry collaborations together will lead the emerging trends in plant science. This is an essential step for achieving positive impact on society, local and global economies, and collectively on our planet for generations to come.

Biography:

Rajnish Khanna, M.Sc. Ph.D., is a photobiologist and entrepreneur focused on nutrition, health, and sustainable practices. He is a Senior Investigator at the Carnegie Institution for Science at Stanford University, founder & CEO of the agricultural technology company, i-Cultiver, and co-founder & Executive Director of “Urban Green Project”. He holds positions as adjunct faculty in biology at the Contra Costa Community College. Khanna leads research and development in agriculture, focusing on product efficacy trials and sustainable growing practices. Khanna's work emphasizes bridging the gap between academic agricultural research and its practical application for farmers, focusing on technologies and data to improve global agroecology projects. He obtained his Ph.D. in Biological Sciences (Plant Molecular Biology) from Purdue University. Khanna applies photobiology to explore the science of consciousness. He has developed a unique and testable “Theory of Spatial Relativity” exploring the origins of consciousness. He is the host of the TerreScience podcast/YouTube channel, which focuses on soil and planetary health, and on the science of consciousness.

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