作为中国能源装备领域的“老字号”央企，东方电气当时已在水电、火电领域站稳脚跟，却在燃气轮机，尤其当下支撑大型电站、AI数据中心等大规模供电的重型燃机面前，遭遇了前所未有的困境，其核心难点集中在三大领域：
Of course, managing memory through automatic garbage collection
。业内人士推荐新收录的资料作为进阶阅读
从那时候开始，AI 就开始成为了我某种意义上的科研导师，甚至可以说是救命稻草；到后来几乎每个决策我都需要它的参与。虽然这样做多少有点自欺的嫌疑，但是其效果确实显著。我一个本来连研究方向都纠结的人第一个选定了研究点，然后第一个跑通 demo ，第一个完成大规模实验，再是第一个开始写论文。AI 的加持如同把我连带我骑的那辆生锈自行车一起丢上了飞机。虽然这个过程并不是一帆风顺的，我也体验过实验效果不好、设想不成立、甚至是疑似创新点撞车这种令我万分惊骇的时刻。但是每次 AI 都能吸收我泛滥的情绪，回击那些过分悲观的设想。我从而能迅速地恢复冷静，继续推进工作。。关于这个话题，新收录的资料提供了深入分析
《智能涌现》：捕获流量指的是什么？。新收录的资料对此有专业解读
Mostly. This is because, theoretically, we could still save the ISS and move it into higher orbit. NASA has calculated that propelling the station more than 640 kilometers above Earth would keep it alive for 100 years—and also require at least 18.9 metric tons of propellant. That’s roughly 2,000 airline carry-ons. A thousand years would require at least 36 metric tons. If that doesn’t seem like very much, consider the fact that, right now, no vehicle can transport that amount of gas to the station. The still-in-development SpaceX megarocket Starship might be able to haul a significant percentage, but it would struggle to dock with the station, according to the space agency’s estimations.