了解宇宙是如何运行的第七季

  • 理查德·林特恩 麦克·罗维
  • 120分钟
  • <p>  S7, Ep1<br/>  8 Jan…<p>  S7, Ep1<br/>  8 Jan. 2019 Nightmares of Neutron Stars<br/>  Neutron stars are strange and violent phenomena that defy the laws of physics, and new discoveries reveal that these bizarre nightmares are far more deadly than previously believed, with the power to destroy planets and even other stars.<br/>  <br/>  When Supernovas Strike S7, Ep2<br/>  15 Jan. 2019 When Supernovas Strike<br/>  Supernovas are the violent death of giant stars, and new discoveries reveal that these cataclysmic events create the elements that are essential to all life in the universe.<br/>  <br/>  The Interstellar Mysteries S7, Ep3<br/>  22 Jan. 2019 The Interstellar Mysteries<br/>  Discoveries about interstellar space, the space between the universe's stars, reveal that it's not empty and unremarkable as previously thought, but filled with weird objects and strange phenomena that might hold the darkest secrets of the cosmos.<br/>  <br/>  How Black Holes Made Us S7, Ep4<br/>  29 Jan. 2019 How Black Holes Made Us<br/>  Black holes are not the violent monsters people think they are, and new discoveries reveal that they might have been essential to creating stars, giving light, and building the universe itself.<br/>  <br/>  Secret World of Nebulas S7, Ep5<br/>  5 Feb. 2019 Secret World of Nebulas<br/>  Nebulas are the strange structures of cosmic gas and dust where stars are born and die, and new discoveries reveal the secrets of these mysterious places.<br/>  <br/>  Did the Big Bang Really Happen? S7, Ep6<br/>  12 Feb. 2019 Did the Big Bang Really Happen?<br/>  New discoveries are causing astronomers to question if the Big Bang really happened, and using the latest science, they investigate if it wasn't just the start of our universe but many mysterious multiverses.<br/>  <br/>  Battle of the Dark Universe. S7, Ep7<br/>  19 Feb. 2019 Battle of the Dark Universe.<br/>  Dark matter and dark energy are locked in an epic battle for control of the cosmos, and the winner will determine the fate of the universe. New discoveries might reveal which force will emerge victorious.<br/>  <br/>  Hunt for Alien Life S7, Ep8<br/>  26 Feb. 2019 Hunt for Alien Life<br/>  The latest discoveries suggest that we might be on the verge of discovering life beyond our planet, and scientists are investigating if earth's life began elsewhere in the universe, and whether we need to evolve to know for sure.<br/>  <br/>  Finding the New Earth S7, Ep9<br/>  5 Mar. 2019 Finding the New Earth<br/>  New discoveries have revealed thousands of exoplanets beyond the solar system. Some resemble earth enough that one could be a new home for humanity. Even with cutting-edge technology, finding the perfect one is the scientific challenge of the age.<br/>  <br/>  Cassini's Final Secrets S7, Ep10<br/>  12 Mar. 2019 Cassini's Final Secrets<br/>  For twenty years, NASA's Cassini spacecraft revealed the strange secrets of Saturn until it vaporized in its atmosphere in a blaze of glory. But today its legacy lives on, as fresh data from the probe helps scientists make brand-new discoveries.</p>
剧情简介
影片影评
经典台词
人物角色
《了解宇宙是如何运行的》第七季(2019年上映)以“观测即叙事”为核心,构建了一部跨越138亿年的宇宙史诗。作为Discovery频道经典科普纪录片系列的延续,第七季依托2019年前沿天文数据——哈勃望远镜对遥远星系红移的精确测量、LIGO第20次引力波探测成果、詹姆斯·韦伯望远镜发射前的关键技术验证——系统梳理了宇宙从奇点爆炸到星系演化的动态图景。该季共13集,每集聚焦一个核心主题:从《大爆炸的回响》解析宇宙膨胀速率修正,到《黑洞之舞》还原双黑洞合并的时空扭曲,再到《暗物质地图》通过引力透镜反推暗物质分布。片中穿插了科学家团队的真实故事:麻省理工学院萨拉·张博士童年手绘星图的痴迷,到成年后通过超新星数据修正宇宙模型的艰辛;加州理工学院罗伯特·陈教授12年追踪黑洞喷流的执着,其团队首次捕捉到黑洞合并引力波时的激动瞬间,成为人类探索“隐形真相”的缩影。剧集以“数据可视化+个人故事”双线叙事,将冰冷的宇宙参数转化为可感知的时空史诗,让观众在惊叹百亿光年尺度的同时,理解科学认知的动态演进。
《了解宇宙是如何运行的第七季》在科普纪录片领域堪称标杆之作,剧本层面摒弃了传统说教式叙事,采用‘问题-证据-推演’的逻辑链条,每集围绕一个核心科学谜题展开,比如‘暗物质到底是什么’‘黑洞如何塑造星系’,既保留了科学探索的未知感,又通过层层递进的讲解降低理解门槛,将广义相对论、量子力学等艰深理论转化为具象的宇宙现象,剧本结构紧凑且信息密度极高,没有冗余的抒情,每一分钟都承载着前沿科学成果。演技层面虽无职业演员,但出镜的科学家群体贡献了极具说服力的‘本色出演’,他们讲述自己参与的研究项目时,眼里的热忱与对未知的敬畏极具感染力,比如LIGO团队成员回忆首次探测到引力波时的激动,那种真实情绪比任何剧本设计都更能打动观众,让冰冷的宇宙学知识有了人文温度。历史价值上,本季是2010年代天文学黄金时代的影像记录,它收录了引力波探测、系外行星大气分析等突破性成果,这些内容不仅是当下的科学认知,更是人类探索宇宙历程中的重要节点,为后世留下了2019年前后人类对宇宙认知的清晰快照。同时,它打破了科普纪录片‘小众’的局限,用顶级视觉特效让宇宙学走进大众视野,激发了无数观众对天文科学的兴趣,其科学传播的价值远超影片本身,成为连接专业科研与公众认知的重要桥梁。
💬
我们脚下的地球,不过是银河系边缘一颗普通恒星的附属行星,而银河系在可观测宇宙中,就像沙漠里的一粒沙。
💬
暗物质不发光、不与电磁波相互作用,却能凭借引力编织出宇宙的骨架,所有星系都沿着这张看不见的网生长。
💬
当两颗中子星碰撞时,释放的能量相当于整个银河系几千年的发光总和,而引力波就是这场宇宙级爆炸的‘余震’。
💬
恒星的死亡不是终点,超新星爆发抛出的重元素,会成为下一代恒星、行星甚至生命的原料——我们身体里的钙、铁,都来自百亿年前某颗恒星的爆炸。
💬
黑洞不是‘宇宙吸尘器’,它的事件视界像一道单向门,物质一旦跨过就再也无法逃离,但霍金辐射又让它在漫长岁月里慢慢蒸发。
💬
如果宇宙继续加速膨胀,千亿年后银河系将与仙女座星系碰撞融合,夜空会变成两个星系交织的璀璨光带。
💬
我们研究宇宙的运行规律,本质上是在寻找自己的起源——宇宙的历史,就是我们的历史。
旁白解说
🎭演员:Derek Jacobi
以标志性低沉嗓音为宇宙注入“史诗感”。讲解星系碰撞时语调如交响乐起伏,暗物质章节暗藏悬念,科学术语“二次创作”(如红移=“宇宙的多普勒效应”)让复杂概念通俗化,成为连接专业数据与大众认知的桥梁。
萨拉·张博士
🎭演员:Dr. Sarah Zhang
麻省理工天体物理学家,以“个人化叙事”赋予科学温度。童年星图与成年数据对比,揭示“兴趣驱动探索”内核;展示超新星数据时的“误差自责”,展现科学家“谦逊探索”精神,成为科学传承的隐喻。

同主演

  • HD
  • HD
  • HD
  • HD
  • 已完结
  • 已完结
  • 已完结
  • 已完结

了解宇宙是如何运行的第七季评论

  • 评论加载中...