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magnetic field stronger than it would be without it? And how do we know? &#x200B; [https://www.rochester.edu/newscenter/how-did-earth-avoid-mars-like-fate-ancient-rocks-hold-clues-526972/#:\~:text=550%20million%20years%20ago%3A%20the,restored%20the%20magnetic%20field's%20strength](https://www.rochester.edu/newscenter/how-did-earth-avoid-mars-like-fate-ancient-rocks-hold-clues-526972/#:~:text=550%20million%20years%20ago%3A%20the,restored%20the%20magnetic%20field's%20strength).

Due_Connection179 t1_itvreuf wrote on October 26, 2022 at 5:43 PM

Reply to comment by wolfpack_charlie in Earth's atmosphere could be turned into a giant dark-matter detector by trevor25

dark matter and so far no one has been able to duplicate their results. [This article](https://www.rochester.edu/newscenter/dark-matter-particles-experiment-south-dakota-390272/) suggests that the best chance of detecting dark matter is currently in the middle

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Ancient ocean methane not an immediate climate change threat - New research has directly shown that large reservoirs of natural ocean methane in mid-latitude regions will not be catastrophically released to the atmosphere under warming conditions.

Around 550 million years ago the earth's magnetic field almost collapsed, but then strengthened a few million years later. Scientists say this may have been due to the formation of the inner core. But why exactly would that cause the magnetic field to get stronger?

Due_Connection179 t1_itvreuf wrote on October 26, 2022 at 5:43 PM