Lars Klingenstein
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View article: Parameterization of the subsolar standoff distance of Earth's magnetopause based on results from machine learning
Parameterization of the subsolar standoff distance of Earth's magnetopause based on results from machine learning Open
The subsolar standoff distance r0 of Earth's magnetopause is a key parameter in understanding the interaction between the solar wind and the magnetosphere. Despite decades of modeling efforts, significant uncertainties persist between mode…
View article: Parameterization of the Subsolar Standoff Distance of Earth's Magnetopause based on Results from Machine Learning
Parameterization of the Subsolar Standoff Distance of Earth's Magnetopause based on Results from Machine Learning Open
The subsolar standoff distance r0 of Earth's magnetopause is a key parameter in understanding the interaction between the solar wind and the magnetosphere. Despite decades of modeling efforts, significant uncertainties persist between mode…
View article: Solar wind velocity reconstruction at Mercury using MESSENGER bow shock and magnetopause crossings. 
Solar wind velocity reconstruction at Mercury using MESSENGER bow shock and magnetopause crossings.  Open
The solar wind significantly shapes and influences planetary magnetospheres, driving their structure and dynamics. Mercury, with its weak intrinsic magnetic field and close proximity to the Sun, is particularly sensitive to solar wind vari…