Previous Eclipses

We have predicted the structure of the solar corona of total solar eclipses since 1994. The main content of the 1994–2012 predictions have been collected here to show the progress of our predictions. The 2017–2024 predictions (marked ↗) link to their original sites on predsci.com.

April 8, 2024 ↗Near solar maximum of cycle 25December 4, 2021 ↗Rising phase of solar cycle 25December 14, 2020 ↗Early rising phase of solar cycle 25July 2, 2019 ↗Solar minimum between cycles 24 and 25August 21, 2017 ↗Declining phase of solar cycle 24November 13, 2012Approaching solar maximum of cycle 24July 11, 2010Rising phase of solar cycle 24July 22, 2009Solar minimum between cycles 23 and 24August 1, 2008Solar minimum between cycles 23 and 24March 29, 2006Declining phase of solar cycle 23December 4, 2002Near solar maximum of cycle 23June 21, 2001Near solar maximum of cycle 23August 11, 1999Approaching solar maximum of cycle 23February 26, 1998Rising phase of solar cycle 23March 9, 1997Solar minimum between cycles 22 and 23October 24, 1995Solar minimum between cycles 22 and 23November 3, 1994Declining phase of solar cycle 22
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ACKNOWLEDGEMENTS

This research is funded by NASA and NSF. We are grateful to Instituto de Astrofísica de Canarias (IAC) for providing a dedicated allocation at the LaPalma supercomputer and proud to support the North African Telescope Eclipse (NATE) project, led by IAC. We also acknowledge dedicated resources from the ACCESS program and Expanse supercomputer at the San Diego Supercomputer Center (SDSC). We thank NASA's Advanced Supercomputing Division (NAS) for allocations on the Athena supercomputer that enabled many of the visualizations on this page to be produced rapidly in real-time. We also thank the SDO/HMI team of the Solar Physics Group at Stanford University for their support in providing timely access to HMI vector magnetograph data. Lastly, we are particularly excited to work with the Solar Orbiter PHI team, to conduct the farside assimilation experiment in near-real-time.