麻省理工学院科学家认为,小行星对月球的撞击通过扩大其磁场而产生了高度磁性岩石。 MIT scientists suggest asteroid impacts on the Moon created highly magnetic rocks by amplifying its magnetic field.

麻省理工学院的科学家们建议,小行星对月球的撞击可以简要地放大其磁场,从而产生高度磁性岩石。 Scientists from MIT propose that asteroid impacts on the Moon could have briefly amplified its magnetic field, creating highly magnetic rocks. 这一理论表明,撞击产生了等离子云,使月球表面对面点的磁场变强。 This theory suggests that impacts generated plasma clouds that intensified the magnetic field at opposite points on the Moon's surface. 这一发现可能有助于规划未来的月球飞行任务和了解月球的地质史。 The discovery could aid in planning future lunar missions and understanding the Moon's geological history.