论文标题
从目前/未来空间和地面设施的开创性新数据中建模的挑战
Challenges to modelling from groundbreaking new data of present/future space and ground facilities
论文作者
论文摘要
高准确性，多频段光度法，光谱，天文统计和地震数据的庞大尺寸，例如开普勒，盖亚（Gaia），柏拉图（Gaia），柏拉图，苔丝（Plato），苔丝（Tess），JWST和基于地面的设施，例如月亮，编织和LSST，将在未来十年内生产出很大的机会，以提高当前的建模;但这也提出了前所未有的挑战，以克服恒星进化和脉动模型中的当前局限性。这种空前的数据收获还需要多任务和协同方法可以解释和充分利用。我们简要回顾了正在进行的/计划中的设施和大型天空调查预期的主要产出，然后专门针对盖亚，并提供了一些有关该任务对恒星物理学，银河系结构和宇宙距离梯子研究的影响的例子。
The sheer size of high-accuracy, multi-band photometry, spectroscopy, astrometry and seismic data that space missions like Kepler, Gaia, PLATO, TESS, JWST and ground-based facilities under development such as MOONS, WEAVE and the LSST will produce within the next decade, brings big opportunities to improve current modelling; but it also presents unprecedented challenges to overcome the present limitations in stellar evolution and pulsation models. Such an unprecedented harvest of data also requires multi-tasking and synergic approaches to be interpreted and fully exploited. We briefly review major outputs expected from ongoing/planned facilities and large sky surveys, then focus specifically on Gaia and present a few examples of the impact that this mission is having on studies of stellar physics, Galactic structure and the cosmic distance ladder.
