新春走基层|戈壁小镇的星空守望——青海冷湖新春走访见闻

Core Viewpoint - The AIMS telescope, designed for precise solar magnetic field measurement, is set to be operational by October 2025, contributing significantly to solar research and space weather forecasting [1][3]. Group 1: AIMS Telescope and Its Functionality - The AIMS telescope operates in the mid-infrared spectrum to measure the solar magnetic field, requiring it to track the sun during the day [1]. - The telescope's observation team, led by Wang Chengsen, has been working at the Cold Lake observation base for nearly 200 days over the past year, focusing on capturing high-quality solar data [3][5]. - The data collected will be transmitted to servers in Beijing, aiding scientists in analyzing solar magnetic fields and their activity patterns, with results expected to be published in international academic journals [3][5]. Group 2: Importance of Solar Magnetic Field Research - Understanding solar magnetic fields is crucial as they are the primary mechanism behind sunspot formation and can trigger solar flares and coronal mass ejections, impacting spacecraft and communication systems [5]. - Precise measurement of solar magnetic fields will enhance the understanding of solar and stellar formation and evolution, improving space weather forecasting and system safety [5]. Group 3: Local Support and Infrastructure Development - The Cold Lake region has implemented the "Cold Lake Astronomical Observation Environmental Protection Regulations," the first local law in China aimed at protecting dark night skies [5]. - Increased visitor traffic due to the region's unique natural landscape and astronomical observations poses challenges for local infrastructure and governance, prompting plans for new facilities to support astronomical research and related industries [5][6]. - The second phase of the Cold Lake astronomical observation research base is being planned, which will accommodate larger telescopes and support ancillary industries such as commercial space ventures [6].