UbiQD Featured in Bloomberg Businessweek
UbiQD Featured in Bloomberg Businessweek for Research on Growing Crops in Space
UbiQD, Inc. is featured in Bloomberg Businessweek in an article by Larissa Zimberloff titled, “How to Grow Better Lettuce…In Space.” The article highlights innovative research that could help support future food production beyond Earth.
In collaboration with the University of Arizona, UbiQD conducted a NASA-funded study to investigate whether the company’s quantum dot technology could improve crop growth in space environments. As part of the project, researchers constructed a prototype lunar greenhouse at the University of Arizona to evaluate how quantum dot films could enhance plant growth by modifying the quality of light available to crops.
The study focused on one of the challenges of growing food in space: efficiently utilizing available sunlight. Space environments contain large amounts of ultraviolet (UV) radiation, much of which is not optimally used by plants for photosynthesis. UbiQD’s quantum dot films are designed to convert portions of this UV light into wavelengths that plants can use more effectively.
The films are embedded with quantum dots—tiny semiconductor particles whose optical properties can be precisely engineered. When exposed to sunlight, these particles absorb certain wavelengths and re-emit them as specific colors of light. In UbiQD’s greenhouse films, the quantum dots convert sunlight into orange and red wavelengths, which are particularly beneficial for photosynthesis and plant growth.
The technology has already demonstrated significant benefits in greenhouse applications on Earth, where it has been shown to increase plant growth and productivity. Researchers wanted to determine whether the same advantages could be applied to controlled agricultural environments in space.
According to Hunter McDaniel, founder and chief executive officer of UbiQD, advanced materials play a crucial role in technological progress.
“I believe that advanced materials underpin every technology advancement in the history of civilization.”
McDaniel envisions a future in which quantum dot technology becomes a standard component of advanced agricultural systems, whether they are located on Earth, the Moon, or even Mars.
The results of this research suggest that quantum dot films could help improve crop production in extraterrestrial environments, making long-term human habitation beyond Earth more feasible. As space agencies and private companies continue to explore plans for lunar bases and future missions to Mars, reliable food production will be a critical requirement for sustaining human life.
By improving the efficiency of plant growth under challenging conditions, UbiQD’s technology represents an exciting step toward developing the agricultural systems that may one day support astronauts living and working in space.
Read the entire Bloomberg Businessweek article at: “How to Grow Better Lettuce…In Space“.
The New Mexico Consortium is an early investor in UbiQD and is where the company started. We are proud of UbiQD’s success and their amazing quantum dot products.
Top Photo of the University of Arizona’s prototype lunar greenhouse. Photo by Cassidy Araiza for Bloomberg Businessweek.