🌟 Patent of the Week: Light-Optimized Plant Growth Method

McGill University’s Breakthrough in Efficient Plant Cultivation

What’s the Big Idea?

McGill University researchers have developed a cutting-edge method for growing plants with specific light-absorbing pigments. By illuminating plants with light at carefully chosen wavelengths, this method enhances the plant’s ability to absorb optical energy and thrive. The process involves using light within at least two specific spectral regions that are out of tune with the plant’s absorbing pigments, ensuring maximum efficiency in energy absorption.

Why It Matters

This innovative method can revolutionize agriculture and horticulture by optimizing plant growth conditions. Enhanced light absorption leads to healthier plants, increased yield, and improved quality of produce. This technique is especially valuable for indoor farming, greenhouses, and vertical farms where light conditions can be precisely controlled. By fine-tuning the light spectrum, farmers can achieve better growth rates and higher crop productivity, contributing to sustainable and efficient food production.

Stage of Development

This technology is currently in the patent stage and offers significant potential for commercialization. Researchers are continuing to refine the method and explore its applications in various agricultural settings to maximize its benefits.

Interested?

For more details or to explore licensing opportunities, please contact McGill University’s tech transfer office.

The Details

• Patent Status: WO/2021/056108

• Reference: ExploreIP Tech Page

About the artist

Moebius (Jean Giraud), a French artist, known for his work in the Franco-Belgian bandes dessinées tradition and his collaborations with Alejandro Jodorowsky.