Solar Heliospheric and INterplanetary Environment (SHINE) Workshop, 2023-2027

太阳日球层和行星际环境是太阳、行星际和日球界研究人员的一个联盟，致力于促进对太阳产生磁场和粒子形式的能量和(或)在行星际空间加速的过程的深入了解，以及这些磁场和粒子被传输到地球和日球层其他地方的机制。该项目在接下来的五年中延续了一系列非常成功的SISH研讨会；SISH研讨会自1995年以来每年举行一次，自1999年以来每年作为独立会议举行。SHARE工作坊得到了学生和博士后研究人员的大力参与，约占总参与人数的30%。由NSF资助的Share学生在研讨会前的周日组织了一个仅限学生参加的学生日，研讨会将继续颁发这个奖项。总体而言，SIRE为学生提供了一个独特的机会，让他们参与并组织一个关于太阳、行星际和日球层社区的研讨会。太阳辐射研究特别侧重于：(1)太阳上的事件和现象之间的联系及其与日光层太阳风结构的关系；(2)太阳风的起源和演化；(3)行星际介质中湍流的性质；以及(4)太阳通过日光层产生和输送太阳高能粒子。SHARE活动的目标是丰富和加强对这些现象的物理理解和预测能力。欲了解有关SIRE的更多详情，请访问http://www.helioshine.org/.。Sare的目标与NSF的GEM和Cedar计划是平行的。该项目将有助于促进研究人员之间的合作，以迈向对日地系统的更高级研究。研讨会使这些合作成为可能，预计将提高我们目前对太阳-地球系统基本物理过程的理解。这一奖项反映了NSF的法定使命，并通过使用基金会的智力优势和更广泛的影响审查标准进行评估，被认为值得支持。

Solar Heliospheric and INterplanetary Environment (SHINE) is an affiliation of researchers within the solar, interplanetary, and heliospheric communities, dedicated to promoting an enhanced understanding of the processes by which energy in the form of magnetic fields and particles are produced by the Sun and/or accelerated in interplanetary space, and on the mechanisms by which these fields and particles are transported to the Earth and elsewhere in the heliosphere. This project continues the highly successful series of SHINE workshops for the next five years; SHINE workshops have been held annually since 1995 and annually as stand-alone meetings since 1999. The SHINE workshop has a strong participation by students and post-doctoral researchers, representing about 30% of the whole participant population. SHINE students supported by NSF funding have been organizing a student-only student day on the Sunday preceding the workshop, which will continue with this award. Overall, SHINE provides a unique opportunity for students to participate and organize a workshop in the solar, interplanetary and heliospheric communities. SHINE research focuses in particular upon: (i) the connection between events and phenomena on the Sun and their relation to solar wind structures in the heliosphere; (ii) the origin and evolution of the solar wind; (iii) the nature of turbulence in the interplanetary medium; and (iv) the production and transport of solar energetic particles from the Sun through the heliosphere. The goal of SHINE activities is to enrich and strengthen both the physical understanding and predictive capabilities for these phenomena. Further details about SHINE can be found at http://www.helioshine.org/. The goals of SHINE are parallel to those of NSF’s GEM and CEDAR programs. This project will contribute in creating collaborations between researchers to move towards more advanced studies of the solar-terrestrial system. These collaborations made possible by the workshop are expected to improve our present understanding of the basic physical processes underlying the Sun-Earth system.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.