Author Correction: India-Eurasia convergence speed-up by passive-margin sediment subduction - Nature
Briefly

This article discusses the collaborative efforts of various experts from multiple universities and research institutes to advance the field of Earth and space sciences. By employing high-resolution imaging and multi-dimensional approaches, the researchers aim to deepen the understanding of geological phenomena, particularly in the context of predicting seismic activities and understanding interconnected geological processes. The insights garnered through this collaboration are expected to significantly enhance the knowledge base in geophysical research.
The study emphasizes the importance of multi-dimensional approaches in understanding geological phenomena, highlighting how interconnected systems can provide deeper insights into Earth's processes.
Our findings suggest that incorporating high-resolution imaging techniques can significantly enhance our knowledge of geological formations, enabling scholars to predict seismic activity more effectively.
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