Report on VERSIM 2020

Yoshiharu Omura
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Abstract

The 9th VLF/ELF Remote Sensing of Ionospheres and Magnetospheres Workshop (VERSIM 2020) was successfully held as a virtual meeting during the week of 16–20 November 2020. The meeting had been rescheduled from the original meeting (23–27 March 2020 at the Uji Campus, Kyoto University, Japan), cancelled due to the COVID-19 pandemic. The VERSIM workshop aims to bring together scientists from all across the globe to present and discuss topics related to the excitation, propagation, and effects of electromagnetic waves in the ELF/VLF (300 Hz – 30 kHz) range. The VERSIM group was established as a joint URSI/IAGA work group in 1975. It has been the main scientific body to specifically focus on whistlers in the Earth's ionosphere and magnetosphere (whistler waves were one of the first electromagnetic signals detected by ground instruments, and gave important clues about the Earth's active space environment). The scope of this group has grown substantially over the years. It has grown particularly in recent years with the recognition that whistler-mode chorus and hiss waves play a particularly important role in shaping the dynamics of the Earth's high-energy radiation belts (particularly topical in light of the continuing successful operation of the Van Allen Probes and the Arase (ERG) spacecraft). Whistler waves are also known to be intimately involved in the magnetic reconnection process (which is currently very topical due to the launch of the MMS satellite) and solar flaring. In addition to the traditional VERSIM topics, results of recent space missions, such as Arase, MMS, and the Van Allen Probes, were presented.
VERSIM 2020报告
2020年11月16日至20日,第九届VLF/ELF电离层和磁层遥感研讨会(VERSIM 2020)作为虚拟会议成功举行。会议原定于原定会议(2020年3月23日至27日在日本京都大学宇治校区举行),但因新冠肺炎疫情而取消。VERSIM研讨会旨在汇集来自全球各地的科学家,介绍和讨论ELF/VLF(300 Hz–30 kHz)范围内电磁波的激发、传播和影响相关的主题。VERSIM小组成立于1975年,是URSI/IAGA的联合工作小组。它一直是专门关注地球电离层和磁层中哨声的主要科学机构(哨声波是地面仪器探测到的首批电磁信号之一,为地球活跃的空间环境提供了重要线索)。这些年来,这一群体的范围大幅扩大。近年来,随着人们认识到哨声模式合唱和嘶嘶波在塑造地球高能辐射带的动力学方面发挥着特别重要的作用(鉴于Van Allen探测器和Arase(ERG)航天器的持续成功运行,这一点尤为突出),它的发展尤其迅速。众所周知,惠斯勒波也与磁重联过程(由于MMS卫星的发射,这一过程目前非常热门)和太阳耀斑密切相关。除了传统的VERSIM主题外,还介绍了最近的太空任务的结果,如Arase、MMS和Van Allen探测器。
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