Quantum Computing for Climate Change Detection, Climate Modeling, and
Climate Digital Twin
- Soronzonbold Otgonbaatar ,
- Olli Nurmi ,
- Mikael Johansson ,
- Jarmo Mäkelä ,
- tadeusz kocman ,
- Piotr Gawron ,
- Zbigniew Puchała ,
- Jakub Mielzcarek ,
- Artur Miroszewski ,
- Corneliu Octavian Dumitru
Abstract
This study explores the potential of quantum machine learning and
quantum computing for climate change detection, climate modeling, and
climate digital twin. We additionally consider the time and energy
consumption of quantum machines and classical computers. Moreover, we
identified several use-case instances for climate change detection,
climate modeling, and climate digital twin that are challenging for
conventional computers but can be tackled efficiently with quantum
machines or by integrating them with classical computers. We also
evaluated the efficacy of quantum annealers, quantum simulators, and
universal quantum computers, each designed to solve specific types and
kinds of computational problems that are otherwise difficult.