【直播】【MRE】行星内部：从实验室温稠密物质实验到木星内核

KouShare 蔻享学术 2022-07-09

直播信息

报告题目

行星内部：从实验室温稠密物质实验到木星内核

报告人（单位）

Florian Debras 博士（法国国家科学院）

报告时间

2022年5月10日（周二）21:00

主办方

Matter and Radiation at Extreme (MRE)

直播二维码

报告摘要

The understanding of matter under planetary condition is a fundamental basis to apprehend the formation and evolution of planetary systems, including our own. In this webinar, I will review our understanding of planetary interiors, by showing the constraints we get from observations in the solar system and elsewhere and how they compare with experiments and numerical simulations of warm dense matter. Notably, I will focus on the recent equations of state for hydrogen and helium in giant planet condition, which combined with the data from the Juno satellite have completely changed our knowledge of the formation and evolution of Jupiter and Saturn. These results also have considerable impacts on the dynamo of these planets, and I will show how the diversity of magnetic fields in the solar system is understood in the light of warm dense matter properties. With the flowering of exoplanets and their extreme diversity of physical conditions, the constraints that can be brought from the understanding of matter in planetary interior will become more and more stringent in the future.

Matter and Radiation at Extremes (MRE), superintended by China Academy of Engineering Physics, is committed to the publication of original and impactful research and review papers that address extreme states of matter and radiation, and the associated science and technology that are employed to produce and diagnose these conditions in the laboratory. Drivers, targets and diagnostics are included along with related numerical simulation and computational methods. It aims to provide a peer-reviewed platform for the international physics community and promote worldwide dissemination of the latest and impactful research in related fields. Matter and Radiation at Extremes (MRE) is an open access journal. Articles published in MRE are freely accessible, without restriction, to the global public.

专题直播&回放链接：https://www.koushare.com/courseTopicIndex/i/MRE

扩展阅读

1.【MRE】揭开“核爆模拟器“的神秘面纱——结合桑迪亚国家实验室的Z机和凝聚态理论来理解极端动态压缩实验

2.【MRE】一种预测高压条件下新材料和新状态的新手段

3.【MRE视频课】实验室再现星系群湍流等离子体中热传导的强抑制

4.【MRE】魏茨曼科学研究所全新2×100 TW激光器对激光等离子体加速器物理研究的新成果

5.【MRE】相对论等离子体微窗在粒子加速和高阶模强光产生中的作用

编辑：王媛媛

蔻享学术平台，国内领先的一站式科学资源共享平台，依托国内外一流科研院所、高等院校和企业的科研力量，聚焦前沿科学，以优化科研创新环境、传播和服务科学、促进学科交叉融合为宗旨，打造优质学术资源的共享数据平台。

版权说明：未经授权严禁任何形式的媒体转载和摘编，并且严禁转载至微信以外的平台！

原创文章首发于蔻享学术，仅代表作者观点，不代表蔻享学术立场。

转载请在『蔻享学术』公众号后台留言。