哈尔滨工业大学（深圳）空天科技学院袁丁教授团队通过挖掘中国古代地方志中的极光记录，利用人工智能复原技术，对1770年9月发生的一场超级地磁暴进行了定量重建1。这次事件被命名为"乾隆卅五地磁暴"，其强度超过1859年卡灵顿事件约30%，可能是人类有文字记载历史中最强的地磁暴事件1。
研究显示，乾隆卅五地磁暴的重现周期约为1.4万年，远长于卡灵顿事件的约1400年1。极光边界至少推进到了磁纬20.40°N，比卡灵顿事件的28.30°N更靠近赤道1。古文献中记载了这一现象："戌初，蚩尤旗见，有赤气出城北隅，俄而中分碧白光百道，闪烁交互约一更时"1。相关成果已发表于《Advances in Space Research》期刊1。
A research team from Harbin Institute of Technology (Shenzhen) has used artificial intelligence to reconstruct a massive geomagnetic storm that struck in September 1770, analyzing records of auroras preserved in Chinese historical documents.1 The event, designated the "Qianlong 35 Geomagnetic Storm," proved significantly more powerful than the famous Carrington Event of 1859, with intensity exceeding it by approximately 30 percent.1 The aurora boundary extended to at least magnetic latitude 20.40°N, closer to the equator than the Carrington Event's documented reach of 28.30°N.1
Led by Professor Yuan Ding from the School of Aerospace Science and Technology, the team extracted aurora observations from provincial historical records near Dongting Lake in Hunan Province and applied computational methods to quantitatively assess the storm's magnitude.1 According to historical accounts, witnesses recorded the phenomenon as follows: "In the early evening, a crimson vapor appeared in the northern corner of the city, then suddenly split into approximately one hundred beams of blue and white light, flickering and intersecting for about two hours."1 Based on these reconstructions, researchers determined that the recurrence period for such extreme geomagnetic storms is approximately 14,000 years, compared to roughly 1,400 years for Carrington-level events.1 The findings suggest this may represent the most intense geomagnetic storm documented in recorded human history.1 The research has been published in the journal Advances in Space Research.1
评论
还没有评论，欢迎留下第一条。