中国空间站巡天空间望远镜最新成果发布！

Core Insights - The article discusses significant advancements made by Chinese scientists in the simulation of scientific data for the Chinese Space Station Telescope (CSST) [1] - A comprehensive end-to-end observation simulation suite has been developed to ensure the timeliness and reliability of CSST's scientific output [1] Group 1: Simulation Development - The simulation suite models five backend modules, including the main optical system, survey camera, multi-channel imager, integral field spectrograph, exoplanet imaging coronagraph, and terahertz spectrometer [1] - It simulates the impact of optical design residuals, gravitational fields, and temperature variations on the optical system, as well as the effects of components like filters, gratings, and shutters on observations [1] - This simulation provides pixel-level high-quality data for CSST's observational data [1] Group 2: Scientific Impact - The results showcase the instrument performance and simulated data for the CSST survey camera and precision measurement modules, supporting the development and testing of the scientific data processing system prior to launch [1] - The simulation is crucial for scientific preparation, given the massive data and high precision requirements posed by CSST [1] - CSST is a flagship project for China's space astronomical observation, featuring a 2-meter aperture and characteristics such as large field of view, high image quality, and wide spectral range [1]