How Can Quantum Tech Combat Hunger and Food Scarcity?
Quantum technologies can contribute to the development goal of zero hunger by improving agricultural efficiency, optimizing food distribution, and enabling more sustainable practices. At the GenQ Quantum Computing Hackathon, innovators are invited to find new ways to end hunger.
Over two billion people worldwide do not have regular access to safe, nutritious and sufficient food, according to the United Nations (UN). “The global issue of hunger and food insecurity has shown an alarming increase since 2015, a trend exacerbated by a combination of factors including the pandemic, conflict, climate change, and deepening inequalities”, writes the UN.
Hunger and malnutrition hinder the cognitive development and academic performance of millions of children, affecting their ability to learn and grow. This perpetuates the cycle of poverty and hunger. “We need to fundamentally transform our food systems to provide all humanity with affordable, nutritious and healthy food within the limits of nature by 2030, in line with the United Nations Sustainable Development Goals (SDGs)”, concludes the World Economic Forum.
Quantum offers new ways to achieve food security
Achieving food security and the SDG zero hunger requires reshaping global food systems, with technology playing a pivotal role. Quantum technologies enable innovative solutions to address the underlying causes of hunger and food scarcity. For instance, quantum algorithms have the potential to optimize food supply chains, reducing waste and ensuring that food reaches markets and consumers more efficiently. This is particularly important in reducing post-harvest losses, which are a significant cause of hunger and food insecurity in many parts of the world. Additionally, quantum can enhance the management of essential resources like water and energy, which makes agricultural practices more sustainable.
Quantum computing can improve demand forecasting and thus help food producers and distributors align supply with demand more accurately, reducing food waste and ensuring that food is available where it is most needed. Another case of quantum computing that can be used to further the SDG zero hunger is modeling complex genetic interactions, potentially accelerating the development of crop varieties that are more resilient to climate change, plant diseases, and pests.
Hackathons allow the quick realization of game-changing ideas addressing global issues
At the GenQ Quantum Computing Hackathon organized by QAI Ventures Canada and powered by Quantum City, tech, innovation, and sustainability enthusiasts are invited to leverage quantum technologies and develop quantum use cases combating hunger and food scarcity. Hackathons are an ideal breeding ground for game-changing ideas making an impact because they bring together bright minds in a high-energy, collaborative environment focused on innovation.
Quantum computing experience is not required to join Calgary's 48-hour GenQ Quantum Computing Hackathon. Students, innovation specialists, entrepreneurs, environmentalists, business people, web designers, and software developers will collaborate to combat hunger and food insecurity. During the first evening of the hackathon, participants can either form teams on their own or be matched with other bright minds that complement their skill sets and experience. “We aim for diverse teams and will help participants find teammates to solve real-world problems such as hunger by exploring quantum together”, explains Thomas Landis, Head of Accelerator at QAI Ventures.