具体描述
霍弗特·席林、拉尔斯·林伯格·克里斯滕森所著的《天文望远镜(四百年探索之旅)》是国际天文年（IYA2009）的官方书籍／官方出版物／官方著作。它从最早的望远镜讲起，过渡到哈勃太空望远镜，最后上升到未来的平台，叙述了精彩纷呈的望远镜发展之旅，以及这些望远镜是如何在漫长的岁月中改变我们的宇宙观，改变我们周围的世界以及万物的本源。本书一大特点是内含诸多的整页彩图，印刷精美。
作者简介
目录信息
读后感
1、折射望远镜不能做得太大，因为镜片太大就会太重，将导致镜筒变形； 2、射电望远镜所观测的电磁波波长比较长，所以接收器（“大碗”）不用太光滑； 3、有的“望远镜”负责侦测来自宇宙的中微子，所以很难称得上是望远镜； 4、有的绚丽的星系照片是由数百张照片合成的，有的记...
评分1、折射望远镜不能做得太大，因为镜片太大就会太重，将导致镜筒变形； 2、射电望远镜所观测的电磁波波长比较长，所以接收器（“大碗”）不用太光滑； 3、有的“望远镜”负责侦测来自宇宙的中微子，所以很难称得上是望远镜； 4、有的绚丽的星系照片是由数百张照片合成的，有的记...
评分1、折射望远镜不能做得太大，因为镜片太大就会太重，将导致镜筒变形； 2、射电望远镜所观测的电磁波波长比较长，所以接收器（“大碗”）不用太光滑； 3、有的“望远镜”负责侦测来自宇宙的中微子，所以很难称得上是望远镜； 4、有的绚丽的星系照片是由数百张照片合成的，有的记...
评分1、折射望远镜不能做得太大，因为镜片太大就会太重，将导致镜筒变形； 2、射电望远镜所观测的电磁波波长比较长，所以接收器（“大碗”）不用太光滑； 3、有的“望远镜”负责侦测来自宇宙的中微子，所以很难称得上是望远镜； 4、有的绚丽的星系照片是由数百张照片合成的，有的记...
评分1、折射望远镜不能做得太大，因为镜片太大就会太重，将导致镜筒变形； 2、射电望远镜所观测的电磁波波长比较长，所以接收器（“大碗”）不用太光滑； 3、有的“望远镜”负责侦测来自宇宙的中微子，所以很难称得上是望远镜； 4、有的绚丽的星系照片是由数百张照片合成的，有的记...
用户评价
《天文望远镜400年探索之旅（修订版）》这个书名本身就充满了吸引力，勾勒出一条漫长而精彩的科学进步轨迹。作为一名对宇宙充满好奇的业余爱好者，我一直被那些能够将人类视野延伸至无穷远的技术所折服。这本书无疑为我提供了一个深入了解望远镜发展史的绝佳机会。我期待它能够详细追溯从伽利略时代起，那些改变人类认识的望远镜的设计、制造和使用过程。 我特别想知道，书中是否会详细描述不同时期望远镜所带来的关键性发现。比如，望远镜如何帮助我们确定了地球在宇宙中的位置，如何揭示了行星和恒星的真实面貌，又如何开启了对宇宙膨胀和暗物质等前沿领域的探索。我希望作者能够通过生动的笔触，重现那些伟大的科学家们，如开普勒、牛顿、哈勃等，在他们各自的时代，如何利用望远镜挑战传统观念，推动科学向前发展。 “修订版”这个词让我对这本书的内容有了更高的期待，我相信它会包含最新的科学发现和技术进展。我想了解，近年来新一代望远镜，例如詹姆斯·韦伯空间望远镜，在观测能力上又达到了怎样的高度，它们又为我们揭示了哪些过去无法触及的宇宙奥秘。作者是否能够将这些最新的成果，与望远镜技术四百年的发展历程有机地结合起来，展现出一个连贯而完整的科学图景？ 我希望这本书不仅仅是技术参数的堆砌，更能够深入探讨望远镜发展背后所体现的人类探索精神和科学思想的演变。科学的进步往往不是一帆风顺的，它充满了曲折和争论。我期待书中能够穿插一些生动的故事，讲述那些科学家们在探索过程中遇到的挑战、灵感以及他们是如何克服困难，最终取得突破的。 Moreover, I am curious about the impact of different types of telescopes on our understanding of various astronomical phenomena. For instance, how do radio telescopes complement optical telescopes in studying objects that emit radio waves? What are the unique advantages of infrared telescopes in observing dusty regions of star formation? Understanding these distinctions would provide a more comprehensive picture of astronomical research tools. I also hope the book delves into the cultural and societal impact of telescopes. How did the invention and improvement of telescopes influence art, literature, and philosophy throughout history? The way we perceive the universe often shapes our worldview, and telescopes have played a significant role in this process. The narrative structure of the book is also something I'm looking forward to. Will it be a chronological journey, or will it adopt a thematic approach, exploring different aspects of telescope technology and discovery? I envision a book that is both informative and engaging, capable of captivating readers who may not have a strong background in astronomy. Furthermore, I'm interested in the challenges and future directions of telescope development. What are the current limitations of our technology, and what innovations are on the horizon that will further expand our cosmic horizons? The "revised edition" aspect suggests that this might be covered, offering a glimpse into the future of astronomical exploration. I also hope the book will shed light on the collaborative nature of modern astronomical research. While individual scientists are important, the construction and operation of large telescopes often involve the work of many individuals and institutions. Understanding this collaborative effort would provide a more nuanced view of scientific progress. In conclusion, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" sounds like a comprehensive and inspiring work that promises to illuminate the history of our quest to understand the universe. I am eager to embark on this intellectual journey.
评分《天文望远镜400年探索之旅（修订版）》这个书名就已经勾勒出了一个引人入胜的科学史画卷，它承诺要带领读者穿越四百年的时光，去感受望远镜这个神奇工具如何一步步拓展了人类的宇宙视野。我一直对能够揭示宇宙奥秘的科技充满敬畏，而望远镜无疑是其中最核心的一环。我期待这本书能够详尽地介绍望远镜从诞生之初的简单结构，到如今拥有极其复杂和精密设计的各种类型，包括光学、射电、红外、紫外乃至X射线和伽马射线望远镜，展现它们各自的工作原理和技术创新。 我尤其希望书中能够生动地描绘望远镜技术发展所带来的每一次科学革命。从伽利略的时代，望远镜的出现是如何挑战当时根深蒂固的地心说，开启了人类对宇宙认识的新纪元；到牛顿的反射望远镜，是如何解决了色差问题，提升了观测精度；再到20世纪哈勃空间望远镜的升空，它发回的无数令人惊叹的深空图像，是如何改变了我们对宇宙的宏观认识，甚至激发了普通大众对天文学的热情。我期待作者能将这些重要的历史节点和关键人物，如伽利略、牛顿、哈勃、斯皮策等，栩栩如生地展现在读者面前。 “修订版”这个词让我对这本书的内容有了更高的期待，这意味着它一定包含了最新的科学发现和技术进展。我非常想了解，在近几十年，随着新一代望远镜，如詹姆斯·韦伯空间望远镜的投入使用，我们在探索宇宙深处，例如关于早期宇宙的形成、星系的演化、系外行星的宜居性，以及暗物质和暗能量的本质等问题上，又取得了哪些突破性的进展。作者是否能够将这些最新的科研成果，与望远镜四百年的发展历程有机地结合起来，为读者展现一个动态的、不断更新的科学认知过程。 我期望这本书不仅仅是一本技术手册，更能是一个引人入胜的故事集。科学的进步离不开那些富有远见和坚韧不拔的科学家们。我希望书中能够穿插一些关于科学家们在探索过程中遇到的困难、他们的思维火花、以及他们是如何通过一次次实验和观测来验证或修正理论的生动轶事。了解这些“人”的故事，能够让我们更深刻地理解科学的魅力，以及人类不断挑战未知、追求真理的精神。 Furthermore, I am eager to understand the complementary nature of different types of telescopes. How do radio telescopes, for instance, allow us to observe phenomena that are invisible in visible light, such as the remnants of supernovae or the centers of active galaxies? What specific advantages do space-based telescopes offer over ground-based observatories, particularly in overcoming atmospheric distortion and accessing wavelengths that are absorbed by Earth's atmosphere? I also hope the book will address the crucial role of data analysis and interpretation in astronomical research. The vast amounts of data collected by modern telescopes require sophisticated algorithms and the collective efforts of many scientists to extract meaningful scientific conclusions. Understanding this process will provide a more complete picture of how astronomical knowledge is generated. The title's implication of a "journey" suggests a narrative structure, and I am curious about how the author has organized this extensive historical account. Will it follow a chronological progression, or will it be thematic, exploring key technological advancements or significant scientific discoveries? A well-structured narrative is essential for making such a comprehensive topic engaging. Moreover, the "revised edition" aspect hints at the inclusion of the latest findings, and I am particularly interested in any new perspectives or re-evaluations of historical events that the author might offer, based on recent research. This would undoubtedly enrich the reader's understanding. I also hope the book will explain complex scientific concepts in a clear and accessible manner, avoiding overly technical jargon where possible, or providing sufficient context for those who may not have a strong background in physics or astronomy. The ability to translate intricate ideas into understandable language is a hallmark of great science writing. In summary, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" promises to be an enlightening and inspiring read, offering a comprehensive exploration of humanity's technological progress in understanding the universe and the profound impact of these advancements on our place within it.
评分《天文望远镜400年探索之旅（修订版）》这个书名本身就唤醒了我内心深处对星空的向往。作为一个对宇宙充满好奇的普通人，我一直认为望远镜是人类最伟大的发明之一，它如同连接我们与浩瀚宇宙的桥梁。我期待这本书能够详细地描绘出望远镜从诞生之初的简陋，到如今精密复杂的各种类型，其四百年的发展历程。我想了解，在漫长的岁月中，科学家们是如何一步步突破技术的限制，如何一步步将我们的视野推向更遥远、更神秘的宇宙角落。 我特别想知道，书中是否会细致地剖析每一代望远镜所带来的科学革命。从伽利略第一次将望远镜用于天文观测，颠覆了人们的世界观，到牛顿的反射望远镜，再到现代的光学、射电、X射线以及空间望远镜，每一次技术的革新都伴随着对宇宙认知的飞跃。我希望作者能生动地呈现这些历史性的时刻，比如哈勃望远镜拍摄的“创世之柱”所带来的震撼，或是詹姆斯·韦伯望远镜探测到的宇宙最早期星系发出的光。 “修订版”这个词让我对这本书的内容充满了期待，它意味着书中一定涵盖了最新的天文发现和技术进展。我迫切地想知道，近些年来，随着新一代望远镜的投入使用，我们对宇宙的理解有哪些新的突破？比如，在系外行星的宜居性研究、暗物质暗能量的探索、甚至是寻找宇宙生命迹象方面，望远镜又提供了哪些新的线索和证据？作者能否将这些前沿的知识，与望远镜四百年的历史发展有机地融合在一起，构成一幅完整而富有深度的画卷？ 我非常希望这本书不仅能提供丰富的科学知识，还能通过生动的故事和详实的史料，展现出科学家们在探索过程中所付出的艰辛努力和不懈追求。科学的进步从来不是一蹴而就的，它充满了挑战、质疑和无数次的实验。我希望书中能够穿插一些关于伟大的天文学家们，如开普勒、惠更斯、爱因斯坦等人的故事，了解他们是如何思考、如何观察、如何克服困难，最终为人类贡献出宝贵的科学财富。 Furthermore, I am keen to learn about the different principles behind various types of telescopes. How do optical telescopes, which rely on lenses and mirrors to gather visible light, differ from radio telescopes that detect radio waves? What are the unique scientific questions that each type of telescope is best equipped to answer? Understanding these distinctions is crucial for appreciating the diverse toolkit astronomers use to explore the cosmos. I also hope the book will delve into the challenges of building and operating large-scale telescopes, both on Earth and in space. The engineering feats involved in creating instruments that can withstand extreme conditions and capture the faintest of signals are often overlooked, and I believe they deserve significant attention. The title's promise of a "journey" suggests a narrative approach, and I am curious about how the author has structured this extensive history. Will it follow a chronological path, or will it explore themes such as the evolution of optical technology, the development of new observational windows, or the impact of telescopic discoveries on our philosophical outlook? Moreover, the "revised edition" aspect implies that the book offers updated information, and I am particularly interested in any new insights or interpretations of historical events that the author might present. This could provide a fresh perspective on familiar narratives and highlight recent advancements. I also wonder about the book's ability to explain complex scientific concepts in an accessible manner. Will it use analogies, clear diagrams, and straightforward language to convey technical information, or will it assume a certain level of prior knowledge from the reader? A balance between scientific rigor and reader engagement is important for a rewarding experience. In essence, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" sounds like a comprehensive and inspiring work that will allow readers to appreciate the incredible technological advancements and the human endeavor that have led to our current understanding of the universe.
评分这本书的书名《天文望远镜400年探索之旅（修订版）》让我立刻联想到了一部波澜壮阔的史诗。我一直对那些默默工作，却为我们打开通往宇宙大门的事物充满敬意，而望远镜无疑是其中最重要的代表。我非常期待这本书能够细致地梳理从早期简陋的折射镜到现代复杂的光学、射电以及太空望远镜的演进历程。我想了解，在过去四百年里，人类是如何一步步克服技术上的瓶颈，如何将视线延伸到我们肉眼无法企及的宇宙深处。 我尤其想知道，书中是否会详细介绍那些奠定我们现代天文认识基础的标志性望远镜，例如伽利略的望远镜，以及它如何改变了人类对宇宙的根本看法，从天动说走向日心说。还有哈勃空间望远镜，它所拍摄的那些令人屏息的深空图像，无疑是科学传播和大众科普的典范。我好奇的是，这些望远镜的设计理念和技术突破点在哪里？它们又是如何在各自的时代，通过一次次划时代的观测，彻底颠覆了我们对宇宙的认知。 “修订版”这个词也让我充满期待。这意味着这本书可能包含了最新的科学进展和研究成果。我希望能看到书中对于近年来的重大天文发现的介绍，比如对系外行星的大量探测，或者对暗物质、暗能量等宇宙未解之谜的新线索。作者是否能够将这些前沿的发现，与望远镜技术的进步紧密联系起来，展现出科学探索是一个持续不断、螺旋上升的过程？ 我设想，这本书不会仅仅停留在技术的描述，而会更深入地挖掘望远镜发展背后所蕴含的科学精神和人类求知欲。科学家们在探索过程中遇到的困难、他们是如何通过实验和观察来验证或修正理论，这些过程中的挣扎与坚持，往往比最终的发现本身更具启示意义。我希望作者能够捕捉到这些“人”的元素，让科学史读起来充满人情味和感染力。 furthermore, I'm interested in the comparative analysis of different types of telescopes. How do optical telescopes differ from radio telescopes in terms of their principles and the information they can gather? What are the unique advantages of space telescopes that allow them to bypass the limitations of Earth's atmosphere? Understanding these differences will help me appreciate the diverse tools astronomers use to probe the universe. I also ponder the impact of these technological advancements on our philosophical understanding of the universe. How has the discovery of countless galaxies and the vastness of space influenced humanity's perception of its place in the cosmos? Books that bridge the gap between science and philosophy often leave a lasting impression, and I hope this one will do the same. The title also suggests a narrative journey, and I am curious about the storytelling approach. Will it be a chronological account, or will it focus on specific pivotal moments in the history of astronomical observation? I envision vivid descriptions of observatories, the lives of prominent astronomers, and the intellectual debates that shaped our understanding of the universe. The very act of looking through a telescope is an act of reaching out, of bridging the immense distance between us and the celestial bodies. This book, I believe, will serve as an intellectual telescope, allowing readers to explore the history of human curiosity and our relentless quest for knowledge about the universe. I'm particularly keen to learn about the challenges faced by astronomers in interpreting observational data. The universe is a complex place, and translating raw data into meaningful scientific conclusions is an art form in itself. I hope the book sheds light on this crucial aspect of astronomical research. Ultimately, I'm looking for a book that not only educates but also inspires. The story of how humanity has progressively unveiled the secrets of the cosmos through the development of telescopes is a testament to our ingenuity and our enduring fascination with the stars. I anticipate this book will be a captivating read.
评分《天文望远镜400年探索之旅（修订版）》这个书名本身就充满了宏大的历史感和探究未知的召唤。作为一名对宇宙充满好奇的普通读者，我一直觉得望远镜是人类最了不起的发明之一，它如同开启宇宙大门的钥匙，让我们得以一窥那无垠的星辰大海。我满心期待这本书能够详尽地梳理出望远镜从17世纪初的简陋折射镜，到如今各种先进的光学、射电、红外、紫外，乃至X射线和伽马射线望远镜，以及它们在太空中的各种形态，这四百年间完整的技术发展脉络。我渴望了解，在人类的智慧和科技驱动下，望远镜是如何一步步突破自身局限，将我们的目光投向了更遥远、更神秘的宇宙深处。 我尤其希望书中能够生动地描绘望远镜技术进步所带来的每一次科学革命。从伽利略的时代，望远镜如何挑战了根深蒂固的宇宙观，为日心说提供了有力的证据；到牛顿创造出反射式望远镜，解决了色差问题，大幅提升了观测精度；再到20世纪哈勃空间望远镜的升空，它所传回的无数令人惊叹的深空图像，不仅改变了我们对宇宙的宏观认知，也极大地激发了公众对天文学的热情。我期待作者能够用引人入胜的语言，重现这些关键性的历史时刻，并介绍那些推动了望远镜技术发展的伟大科学家和工程师们。 “修订版”这个词更是为这本书增添了许多新鲜感和期待值，意味着其中必然涵盖了最新的天文观测成果和技术进展。我迫切地想知道，近几十年来，随着詹姆斯·韦伯空间望远镜等新一代观测设备的投入使用，我们在探索宇宙的早期历史、星系的形成与演化、系外行星的宜居性，以及暗物质和暗能量的本质等前沿科学领域，又取得了哪些革命性的新认知。作者是否能够将这些最前沿的科研成果，与望远镜四百年的发展历程有机地融合，为读者呈现一个动态的、不断更新的科学认知图景。 我非常期望这本书不仅能提供翔实的科学知识，更能通过生动的故事和详实的史料，展现出科学家们在探索过程中所付出的艰辛努力和不懈追求。科学的进步从来都不是一帆风顺的，它充满了挑战、质疑和无数次的实验。我希望书中能够穿插一些关于伟大的天文学家们，如伽利略、开普勒、哈勃，甚至是那些在幕后默默奉献的工程师们，他们是如何思考、如何实验、如何克服重重困难，最终将人类的视野推向宇宙深处的动人篇章。 Furthermore, I am particularly interested in understanding the complementary nature of different types of telescopes. How do radio telescopes, for instance, allow us to probe phenomena invisible to optical instruments, such as the faint radio emissions from distant quasars or the distribution of hydrogen gas in galaxies? What are the specific scientific questions that infrared and ultraviolet telescopes are designed to address, and what unique insights do they provide? I also hope the book will delve into the engineering challenges associated with building and operating these complex instruments, both on Earth and in space. The ingenuity required to design mirrors of unprecedented size, develop sensitive detectors, and overcome the limitations of Earth's atmosphere is a fascinating aspect of scientific progress that I'm eager to explore. The title's promise of a "journey" suggests a narrative structure, and I am curious about the author's approach to organizing this vast amount of information. Will it be a chronological account, or will it focus on specific thematic developments or pivotal discoveries? A well-crafted narrative is essential for making such a rich topic accessible and engaging. Moreover, the "revised edition" aspect hints at the inclusion of the latest findings, and I am particularly interested in any new perspectives or re-evaluations of historical events that the author might offer, based on recent scholarship. This potential for fresh perspectives on familiar narratives is particularly appealing. I also hope the book will be accessible to a general audience, explaining complex scientific concepts in a clear and engaging manner, perhaps through the use of analogies and visualizations. The ability to convey the wonder and excitement of astronomical discovery without overwhelming the reader with technical jargon is a crucial skill for science communicators. In essence, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" sounds like a comprehensive and inspiring exploration of humanity's relentless pursuit of knowledge about the cosmos, highlighting the pivotal role of telescopic technology in this grand endeavor.
评分从这本书的标题《天文望远镜400年探索之旅（修订版）》就能感受到一种宏大且充满历史厚重感的叙事。作为一名对宇宙充满好奇的普通爱好者，我对望远镜这个将我们与遥远星辰连接起来的工具一直怀有深深的敬意。这本书的出现，无疑是给我的一次“心灵旅行”的邀请。我设想，作者一定花费了大量的时间去考证那些伟大的科学家们，从伽利略那个简陋却划时代的镜筒，到如今那些安装在太空、能够捕捉到宇宙最微弱光线的巨型望远镜。我尤其期待书中能够详细描绘那个从零开始、在一次次实验和观察中不断突破的时代，那些先驱们是如何克服技术上的限制，如何用智慧和勇气去挑战人类认知的边界。 我好奇的是，在“修订版”这个词背后，隐藏着怎样的更新与深化？是加入了最新的天文发现，比如那些新近探测到的系外行星，或是对暗物质、暗能量更深入的理解？又或者，是对过去400年中那些被忽视或误解的科学贡献进行了重新审视和评价？我希望这本书不仅仅是技术的罗列，更能够深入探讨望远镜技术发展背后所折射出的科学思想的演变，以及它如何一步步重塑我们对宇宙的认知。例如，望远镜的发明不仅让我们看到了月球表面的环形山，也引发了关于宇宙观的巨大变革，从地心说到日心说，每一次的观测都可能颠覆既有的世界观。 而且，我也很想知道，作者在书中是否会穿插一些生动有趣的故事。科学史往往是由无数的个人故事串联起来的，那些关于灵感迸发、关于坚持不懈、甚至关于科学竞争的轶事，都能让冰冷的科学变得有温度。比如，我想象着伽利略在第一次用望远镜看到木星的卫星时，那种难以置信的惊喜；或者哈勃在用他的望远镜观测到遥远星系的光谱时，所感受到的宇宙膨胀带来的震撼。这些故事，才是真正打动人心的部分，它们能让我们更直观地理解科学的魅力，以及人类探索精神的伟大。 这本书的“探索之旅”听起来就充满了冒险与发现。我期待它能带领我穿越时空的维度，去亲历那些改变人类历史的观测瞬间。从地面上的巨型天文台，到悬浮于太空的哈勃、韦伯望远镜，每一种望远镜都有其独特的使命和贡献。我想要了解这些不同类型望远镜的工作原理，它们各自的优势和局限性，以及科学家们是如何根据不同的研究目标来选择和使用它们的。 而且，这本书的“400年”这个跨度，意味着它涵盖了从光学望远镜到射电望远镜，再到空间望远镜的整个发展脉络。我非常好奇，在不同的历史时期，望远镜技术是如何与当时的科技水平相辅相成的。例如，在早期，玻璃制造和精密机械加工是关键；而在现代，太空技术、先进的探测器以及强大的数据处理能力则成为了核心。这种技术演进的图景，本身就极具启发性。 我也希望作者能深入探讨望远镜的每一次重大发现，是如何改写了我们对宇宙的理解。那些关于星系、星云、黑洞、超新星的观测，不仅仅是科学数据的积累，更是对宇宙奥秘一次次深度的叩问。我想知道，这些发现是如何一步步揭示了宇宙的年轻与古老，它的辽阔与复杂，以及它潜在的无限可能。 更进一步，我也期待这本书能够引发我对未来天文探索的思考。随着科技的不断进步，未来的望远镜又将是什么样子？它们会看到什么我们现在无法想象的景象？这本书的“修订版”或许能提供一些前瞻性的视角，让我对人类未来的宇宙探索之旅有更深的憧憬。 从读者的角度来说，我非常关注这本书的“可读性”。科学著作如果枯燥乏味，很容易让人望而却步。我希望作者能够运用通俗易懂的语言，将复杂的科学原理和技术细节阐释清楚，同时又不失严谨性。如果能穿插一些高质量的图片、图表，那就更完美了，毕竟，看到那些令人惊叹的宇宙图像，本身就是一种享受。 我也希望这本书能够触及望远镜在更广泛领域的影响，比如它如何推动了物理学、数学、甚至哲学的发展。很多时候，科学的进步是相互促进的，望远镜的发现可能会催生新的理论，而新的理论又会指导望远镜的改进和新的观测方向。 总而言之，《天文望远镜400年探索之旅（修订版）》听起来就像一本能够打开宇宙视野的窗口，我迫不及待地想翻开它，开始我的这段奇妙旅程。
评分《天文望远镜400年探索之旅（修订版）》这个书名自带一种宏伟的叙事感，仿佛在邀请读者踏上一段穿越时空的科学探险。我对望远镜这种将人类目光引向深邃宇宙的奇妙发明一直怀有深深的敬意，它不仅是物理工具，更是人类好奇心与求知欲的具象化。我非常期待这本书能系统地梳理从早期光学折射镜到现代空间望远镜的演进脉络，详细介绍每一阶段的关键性技术突破和代表性设备。 我特别希望书中能够深入探讨望远镜技术如何一步步刷新我们对宇宙的认知边界。从伽利略首次将望远镜指向天空，挑战亚里士多德的宇宙观，到哈勃望远镜让我们窥见宇宙的深邃与壮丽，再到如今詹姆斯·韦伯空间望远镜探测早期宇宙的奥秘，每一个时代都有其标志性的望远镜和革命性的发现。我渴望了解这些望远镜的设计理念、制造工艺以及它们是如何克服光学、机械和电子等方面的巨大挑战的。 “修订版”这个词让我对这本书的内容充满了新鲜感和期待，这意味着它必然包含最新的天文观测成果和理论进展。我想知道，书中是否会重点介绍近几十年来，随着望远镜技术的飞速发展，我们在系外行星探测、暗物质研究、宇宙起源等领域取得了哪些突破性的进展。作者是否能够将这些前沿发现，与望远镜本身的进步紧密地联系起来，展现出一个生动且不断更新的科学探索故事。 我非常看重一本优秀的科学普及读物所具备的“故事性”。科学史本身就是由无数充满激情、智慧甚至是一点点偶然的故事串联而成。我希望作者能够用引人入胜的语言，讲述那些伟大的天文学家们，比如牛顿、赫歇尔、斯威夫特，甚至是默默无闻的工程师们，他们是如何在各自的时代，以非凡的毅力和创造力，推动望远镜技术向前发展的。这些人物传记和关键性实验的生动描绘，能够让科学变得更加鲜活和可亲近。 Furthermore, I'm curious about the diverse applications of different types of telescopes. How do radio telescopes allow us to study phenomena invisible to optical instruments, such as the faint radio waves emitted by distant galaxies or the cosmic microwave background radiation? What are the specific scientific questions that infrared and ultraviolet telescopes are designed to answer? Understanding the specialized roles of each type of telescope will deepen my appreciation for the complexity of astronomical observation. I also hope the book will explore the challenges faced by astronomers in interpreting the vast amounts of data generated by modern telescopes. The process of data analysis, the development of sophisticated algorithms, and the collaborative efforts required to draw meaningful conclusions are all crucial aspects of contemporary astronomy that I'm eager to learn about. The title's mention of a "journey" suggests a narrative structure, and I'm keen to discover how the author has organized this extensive history. Will it be a strictly chronological account, or will it delve into specific themes or pivotal moments in the evolution of telescope technology? I anticipate a well-structured narrative that guides the reader through the centuries of discovery. Moreover, the concept of "revision" implies an update to existing knowledge, and I am particularly interested in any new perspectives or interpretations that the author might offer on historical events or figures in the field of telescopic astronomy. This could provide a fresh understanding of familiar narratives. I also wonder about the book's approach to explaining complex scientific concepts. Will it rely heavily on technical jargon, or will it employ analogies and simplified explanations to make the material accessible to a broader audience? A balance between scientific accuracy and readability is key for an enjoyable experience. Ultimately, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" promises to be an enlightening read, offering a comprehensive overview of humanity's technological progress in observing the cosmos and the profound impact of these advancements on our understanding of the universe.
评分《天文望远镜400年探索之旅（修订版）》这个书名自带一种宏大的叙事感，仿佛在邀请读者踏上一段穿越时空的科学探险。我对望远镜这种将人类目光引向深邃宇宙的奇妙发明一直怀有深深的敬意，它不仅是物理工具，更是人类好奇心与求知欲的具象化。我非常期待这本书能系统地梳理从早期光学折射镜到现代空间望远镜的演进脉络，详细介绍每一阶段的关键性技术突破和代表性设备。 我特别希望书中能够深入探讨望远镜技术如何一步步刷新我们对宇宙的认知边界。从伽利略首次将望远镜指向天空，挑战亚里士多德的宇宙观，到哈勃望远镜让我们窥见宇宙的深邃与壮丽，再到如今詹姆斯·韦伯空间望远镜探测早期宇宙的奥秘，每一个时代都有其标志性的望远镜和革命性的发现。我渴望了解这些望远镜的设计理念、制造工艺以及它们是如何克服光学、机械和电子等方面的巨大挑战的。 “修订版”这个词让我对这本书的内容充满了新鲜感和期待，这意味着它必然包含最新的天文发现和理论进展。我想知道，书中是否会重点介绍近几十年，随着望远镜技术的飞速发展，我们在系外行星探测、暗物质研究、宇宙起源等领域取得了哪些突破性的进展。作者是否能够将这些前沿的发现，与望远镜四百年的发展历程有机地结合起来，展现出一个连贯而完整的科学图景？ 我希望这本书不仅仅是技术的描述，更能够深入探讨望远镜发展背后所体现的人类探索精神和科学思想的演变。科学的进步往往不是一帆风顺的，它充满了曲折和争论。我希望书中能够穿插一些生动的故事，讲述那些科学家们在探索过程中遇到的挑战、灵感以及他们是如何克服困难，最终取得突破的。 Furthermore, I am curious about the impact of different types of telescopes on our understanding of various astronomical phenomena. For instance, how do radio telescopes complement optical telescopes in studying objects that emit radio waves? What are the unique advantages of infrared telescopes in observing dusty regions of star formation? Understanding these distinctions would provide a more comprehensive picture of astronomical research tools. I also hope the book will explore the cultural and societal impact of telescopes. How did the invention and improvement of telescopes influence art, literature, and philosophy throughout history? The way we perceive the universe often shapes our worldview, and telescopes have played a significant role in this process. The title's mention of a "journey" suggests a narrative structure, and I'm keen to discover how the author has organized this extensive history. Will it be a strictly chronological account, or will it delve into specific themes or pivotal moments in the evolution of telescope technology? I anticipate a well-structured narrative that guides the reader through the centuries of discovery. Moreover, the concept of "revision" implies an update to existing knowledge, and I am particularly interested in any new perspectives or interpretations that the author might offer on historical events or figures in the field of telescopic astronomy. This could provide a fresh understanding of familiar narratives. I also wonder about the book's approach to explaining complex scientific concepts. Will it rely heavily on technical jargon, or will it employ analogies and simplified explanations to make the material accessible to a broader audience? A balance between scientific accuracy and readability is key for an enjoyable experience. Ultimately, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" sounds like a comprehensive and inspiring work that promises to illuminate the history of our quest to understand the universe. I am eager to embark on this intellectual journey.
评分《天文望远镜400年探索之旅（修订版）》这个书名本身就充满了史诗感和探究未知的召唤。作为一名对宇宙充满好奇的普通读者，我一直觉得望远镜是人类最了不起的发明之一，它如同开启宇宙大门的钥匙，让我们得以一窥那无垠的星辰大海。我满心期待这本书能够详尽地梳理出望远镜从17世纪初的简陋折射镜，到如今各种先进的光学、射电、红外、紫外，乃至X射线和伽马射线望远镜，以及它们在太空中的各种形态，这四百年间完整的技术发展脉络。我渴望了解，在人类的智慧和科技驱动下，望远镜是如何一步步突破自身局限，将我们的目光投向了更遥远、更神秘的宇宙深处。 我尤其希望书中能够生动地描绘望远镜技术进步所带来的每一次科学革命。从伽利略的时代，望远镜如何挑战了根深蒂固的宇宙观，为日心说提供了有力的证据；到牛顿创造出反射式望远镜，解决了色差问题，大幅提升了观测精度；再到20世纪哈勃空间望远镜的升空，它所传回的无数令人惊叹的深空图像，不仅改变了我们对宇宙的宏观认知，也极大地激发了公众对天文学的热情。我期待作者能够用引人入胜的语言，重现这些关键性的历史时刻，并介绍那些推动了望远镜技术发展的伟大科学家和工程师们。 “修订版”这个词更是为这本书增添了许多新鲜感和期待值，意味着其中必然涵盖了最新的天文观测成果和技术进展。我迫切地想知道，近几十年来，随着詹姆斯·韦伯空间望远镜等新一代观测设备的投入使用，我们在探索宇宙的早期历史、星系的形成与演化、系外行星的宜居性，以及暗物质和暗能量的本质等前沿科学领域，又取得了哪些革命性的新认知。作者是否能够将这些最前沿的科研成果，与望远镜四百年的发展历程有机地融合，为读者呈现一个动态的、不断更新的科学认知图景。 我非常期望这本书不仅能提供翔实的科学知识，更能通过生动的故事和详实的史料，展现出科学家们在探索过程中所付出的艰辛努力和不懈追求。科学的进步从来都不是一帆风顺的，它充满了挑战、质疑和无数次的实验。我希望书中能够穿插一些关于伟大的天文学家们，如伽利略、开普勒、哈勃，甚至是那些在幕后默默奉献的工程师们，他们是如何思考、如何实验、如何克服重重困难，最终将人类的视野推向宇宙深处的动人篇章。 Furthermore, I am particularly interested in understanding the complementary nature of different types of telescopes. How do radio telescopes, for instance, allow us to probe phenomena invisible to optical instruments, such as the faint radio emissions from distant quasars or the distribution of hydrogen gas in galaxies? What are the specific scientific questions that infrared and ultraviolet telescopes are designed to address, and what unique insights do they provide? I also hope the book will delve into the engineering challenges associated with building and operating these complex instruments, both on Earth and in space. The ingenuity required to design mirrors of unprecedented size, develop sensitive detectors, and overcome the limitations of Earth's atmosphere is a fascinating aspect of scientific progress that I'm eager to explore. The title's promise of a "journey" suggests a narrative structure, and I am curious about the author's approach to organizing this vast amount of information. Will it be a chronological account, or will it focus on specific thematic developments or pivotal discoveries? A well-crafted narrative is essential for making such a rich topic accessible and engaging. Moreover, the "revised edition" aspect hints at the inclusion of the latest findings, and I am particularly interested in any new perspectives or re-evaluations of historical events that the author might offer, based on recent scholarship. This potential for fresh perspectives on familiar narratives is particularly appealing. I also hope the book will be accessible to a general audience, explaining complex scientific concepts in a clear and engaging manner, perhaps through the use of analogies and visualizations. The ability to convey the wonder and excitement of astronomical discovery without overwhelming the reader with technical jargon is a crucial skill for science communicators. In essence, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" sounds like a comprehensive and inspiring exploration of humanity's relentless pursuit of knowledge about the cosmos, highlighting the pivotal role of telescopic technology in this grand endeavor.
评分《天文望远镜400年探索之旅（修订版）》这个书名本身就充满了史诗感和探索的意味，它预示着一场跨越数个世纪的科学发现之旅。作为一名对宇宙奥秘充满好奇的普通读者，我一直认为望远镜是连接我们与浩瀚星辰的唯一窗口。我满心期待这本书能够详细地追溯望远镜从诞生伊始的粗糙，到如今精密复杂的各个家族——光学、射电、红外、紫外、X射线，乃至它们在太空中的延伸——四百年的完整发展轨迹。我渴望了解，在人类科技的长河中，望远镜是如何一次又一次地突破自身限制，将我们推向更遥远、更未知的宇宙疆域。 我尤其希望书中能够深入解析望远镜技术发展所带来的每一次科学革命。从伽利略的时代，望远镜如何颠覆了人类几千年的宇宙观，让“日心说”成为主流；到牛顿创造出实用的反射式望远镜，解决了色差问题；再到20世纪哈勃望远镜的升空，它所拍摄的无数令人屏息的深空图像，如何彻底改变了我们对宇宙尺度、年龄和结构的认知。我期待作者能够用生动的笔触，重现这些历史性的时刻，并详细介绍那些伟大的科学家和工程师们，他们是如何通过不懈的努力和智慧，推动着望远镜技术向前发展。 “修订版”这个词更是让我对本书的内容充满了新鲜感和期待，它意味着书中必然包含了最新的天文发现和技术突破。我想迫切地知道，在近些年，随着詹姆斯·韦伯空间望远镜等新一代观测设备的投入使用，我们在探索宇宙的早期阶段、星系的形成与演化、系外行星的宜居性，以及暗物质和暗能量的本质等前沿领域，又获得了哪些革命性的新认知。作者是否能够将这些最新的科研成果，与望远镜四百年的发展历程有机地结合，为读者展现一个动态的、不断更新的科学认知图景。 我非常期待这本书不仅能够提供翔实的科学知识，更能以引人入胜的方式讲述科学家的故事。科学史的魅力往往体现在那些充满激情、探索精神和不懈努力的人物身上。我希望书中能够穿插一些关于伟大的天文学家们，如伽利略、开普勒、哈勃，甚至是那些在幕后默默奉献的工程师们，他们是如何思考、如何实验、如何克服重重困难，最终将人类的视野推向宇宙深处的动人篇章。 Furthermore, I am particularly interested in understanding the distinct scientific contributions of different types of telescopes. For example, how do radio telescopes enable us to probe phenomena invisible to optical instruments, such as the faint radio emissions from distant quasars or the distribution of hydrogen gas in galaxies? What are the specific scientific questions that infrared and ultraviolet telescopes are designed to address, and what unique insights do they provide? I also hope the book will delve into the engineering challenges associated with building and operating these complex instruments, both on Earth and in space. The ingenuity required to design mirrors of unprecedented size, develop sensitive detectors, and overcome the limitations of Earth's atmosphere is a fascinating aspect of scientific progress that I'm eager to explore. The title's promise of a "journey" suggests a narrative structure, and I am curious about the author's approach to organizing this vast amount of information. Will it be a chronological account, or will it focus on specific thematic developments or pivotal discoveries? A well-crafted narrative is essential for making such a rich topic accessible and engaging. Moreover, the "revised edition" aspect implies that the book offers updated information and possibly new interpretations of historical events, based on recent scholarship. This potential for fresh perspectives on familiar narratives is particularly appealing. I also hope the book will be accessible to a general audience, explaining complex scientific concepts in a clear and engaging manner, perhaps through the use of analogies and visualizations. The ability to convey the wonder and excitement of astronomical discovery without overwhelming the reader with technical jargon is a crucial skill for science communicators. In essence, "A 400-Year Journey of Exploration with Astronomical Telescopes (Revised Edition)" sounds like a comprehensive and inspiring exploration of humanity's relentless pursuit of knowledge about the cosmos, highlighting the pivotal role of telescopic technology in this grand endeavor.
评分书的装帧很精致很好，但是买的人可能不多（我是在图书馆借的）。里面的内容其实不是很多，大部分都是图片，看了会有一种宁静感，宇宙真的很美，而望远镜这东西真挺神奇的。嗯，部分翻译的语句不通。喜爱星空的人可以一看，真的很美~
评分想通了地平线望远镜和赤经望远镜的区别
评分想通了地平线望远镜和赤经望远镜的区别
评分拓展人类视界
评分书的装帧很精致很好，但是买的人可能不多（我是在图书馆借的）。里面的内容其实不是很多，大部分都是图片，看了会有一种宁静感，宇宙真的很美，而望远镜这东西真挺神奇的。嗯，部分翻译的语句不通。喜爱星空的人可以一看，真的很美~
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