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Recently, large models, or foundation models have demonstrated outstanding performance and have been applied in a variety of disciplines, such as chemistry, biology, economics, etc. Foundation models, trained on vast amounts of data, can be adapted to a wide range of use cases. The emergence of foundation models has a significant impact on the research paradigms in these fields. Geophysics is a scientific field dedicated to exploring and understanding the Earth's structures and states through the application of physical principles and the analysis of multimodal geophysical data. In the field of geophysics, the processing and interpretation of geophysical data are characterized by three primary features: extensive data volume, multimodality, and dependence on experience. These characteristics provide a suitable environment as well as challenges for the development and breakthrough of foundation models in the field of geophysics. In this perspective, we discuss the potential applications and research directions of geophysical foundation models (GeoFMs), exploring new research paradigms in geophysics in the era of foundation models. Exploration geophysics is the main focus, while the development of foundation models in remote sensing, seismology, and other related sub-disciplines in geophysics is also discussed. In the meantime, we also propose two strategies for constructing GeoFMs and discuss challenges that may arise during the process of development.
Liu et al. (Wed,) studied this question.
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