Quantum Computing Meets Agricultural Innovation: Syngenta and QuantumBasel Join Forces
How can quantum computing help advance the agricultural research of tomorrow? Syngenta and QuantumBasel are joining forces to explore this question. The collaboration brings together two distinct areas of expertise: Syngenta’s extensive experience in agricultural research and QuantumBasel’s expertise in quantum computing as the Center of Competence for Quantum Computing and AI at uptownBasel.
The partnership was announced at the World Agri-Tech Innovation Summit in San Francisco. At its core is a shared ambition to explore how quantum technologies can be applied to real-world challenges in research and development.
Together with Syngenta, QuantumBasel is opening up another highly relevant field of application for quantum computing.
Complex research calls for new computing approaches
Agricultural research involves processes of such complexity that even today’s advanced classical computing systems can reach their limits. Molecular interactions are a prime example: gaining a deeper understanding of these processes could play an important role in developing new approaches to crop protection and crop science.
Quantum computing could open up entirely new possibilities in this field. Rather than simply performing existing calculations faster, quantum computers have the potential to approach and model certain highly complex problems in fundamentally different ways.
This is the potential Syngenta and QuantumBasel aim to explore together. Initial projects will focus on gaining a deeper understanding of molecular behaviour and investigating how these insights could support new approaches in research and discovery.
Bringing expertise and infrastructure together in Basel
A key element of the collaboration is the close interaction between the teams involved. QuantumBasel contributes its expertise in quantum algorithms as well as access to advanced quantum computing infrastructure and simulators. Syngenta brings its scientists and extensive agricultural R&D expertise to the partnership.
By combining these capabilities, the partners aim to move beyond theoretical exploration and identify concrete use cases in which quantum computing could create meaningful value.
“Our mission is to apply quantum computing capabilities to industry, and agriculture is one of the most exciting frontiers. By combining QuantumBasel's quantum computing know-how and infrastructure with Syngenta's deep agricultural expertise, we can help growers benefit from faster research cycles, better crop resilience, and more sustainable farming practices. We are excited for the chance to create an impact where it really matters.” - Thomas Landolt, CEO QuantumBasel
Applying quantum computing where it can make a difference
The collaboration reflects QuantumBasel’s broader mission: bringing quantum computing out of the research environment and into industrial applications. Together with companies, QuantumBasel identifies relevant use cases, develops algorithms and explores where emerging technologies can deliver tangible benefits.
The partnership with Syngenta adds an application area with global relevance. Agriculture is facing increasingly complex demands, from changing climatic conditions and unpredictable weather to evolving pests and plant diseases and the need to produce food more sustainably.
Feroz Sheikh, Chief Information and Digital Officer at Syngenta Group, sees quantum computing as a potential catalyst for the next generation of scientific breakthroughs in agriculture. In particular, a deeper understanding of molecular interactions could unlock insights that have previously been out of reach and contribute to the development of new solutions for farmers.
Strengthening the innovation ecosystem at uptownBasel
The collaboration also highlights the role of uptownBasel as a place where technological expertise and industry come together. Through QuantumBasel, the innovation campus provides companies with access to quantum computing and AI capabilities, as well as an international network of technology partners, researchers and industry experts.
The collaboration with Syngenta demonstrates how this ecosystem can translate into concrete projects: a global company brings real-world research challenges, QuantumBasel contributes technological expertise and infrastructure, and together they explore where an emerging technology such as quantum computing can make a meaningful difference.
From Basel, the partnership is creating another real-world application for a technology that is still at an early stage of development but has the long-term potential to transform the way complex research and innovation are approached.
