Climate and weather simulations involve computationally intensive models that demand vast processing power and sophisticated algorithms to capture the dynamic interactions within the Earth’s climate system. Constraints on power consumption and computational processing power limit the performance of simulations using classical supercomputers. Quantum computing can revolutionize how we understand and predict climate and weather phenomena by leveraging its exponentially larger computational space, parallel processing, and efficient handling of large-scale optimization problems. Quantum sensing is poised to enable earth and atmospheric monitoring with improved accuracy and sensitivity by utilizing quantum principles, providing critical data to enhance weather and climate models.
This workshop aims to bridge the knowledge gap between the quantum and climate science fields, sparking innovation through shared insights and interdisciplinary strategies that could lead to the next-generation of climate and weather models. The workshop will provide a platform for quantum specialists and weather and climate scientists to discuss potential approaches to complex climate problems, explore practical pathways for integrating quantum computing into existing climate research frameworks, and establish a collaborative research agenda that drives both fields towards breakthroughs.
Deadlines
Abstract submission: May 26, 2026
In-person registration: July 19, 2026
Virtual registration: July 27, 2026