ecular interactions of extraordinary complexity that classical computers can only approximate. Quantum computing has the future potential to model this complexity with far greater precision, and to predict details about molecular behaviour that have previously been out of reach, bringing new insights into product design and opening new pathways for innovation in agriculture.

To help realize this potential, Syngenta is launching a collaboration with QuantumBasel in Basel, Switzerland – a co-located working model that brings together QuantumBasel’s algorithmic expertise and access to advanced hardware and simulators with Syngenta’s scientists and agricultural R&D capabilities. Initial projects will aim to deepen our understanding of molecular behaviour with insights that could unlock new approaches to discovery and crop science.

"Quantum computing could be a catalyst for the next generation of scientific breakthroughs in agriculture," s
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