FOUNDATIONS OFMODERN ANALYSISEnlarged and Corrected PrintingJ. DIEUDONNEThis book is the first volume of a treatise which will eventually consist offour volumes. It is also an enlarged and corrected printing, essentiallywithout changes, of my Foundations of Modern Analysis, published in1960. Many readers, colleagues, and friends have urged me to write a sequelto that book, and in the end I became convinced that there was a place fora survey of modern analysis, somewhere between the minimum tool kitof an elementary nature which I had intended to write, and specialistmonographs leading to the frontiers of research. My experience of teachinghas also persuaded me that the mathematical apprentice, after taking the firststep of Foundations, needs further guidance and a kind of general birdseyeview of his subject before he is launched onto the ocean of mathematicalliterature or set on the narrow path of his own topic of research.Thus I have finally been led to attempt to write an equivalent, for themathematicians of 1970, of what the Cours dAnalyse of Jordan, Picard, and Goursat were for mathematical students between 1880 and 1920.It is manifestly out of the question to attempt encyclopedic coverage, andcertainly superfluous to rewrite the works of N. Bourbaki. I have thereforebeen obliged to cut ruthlessly in order to keep within limits comparable tothose of the classical treatises. I have opted for breadth rather than depth, inthe opinion that it is better to show the reader rudiments of many branchesof modern analysis rather than to provide him with a complete and detailedexposition of a small number of topics.Experience seems to show that the student usually finds a new theorydifficult tograsp at a first reading. He needs to return to it several times beforehe becomes really familiar with it and can distinguish for himself whichare the essential ideas and which results are of minor importance, and onlythen will he be able to apply it intelligently. The chapters of this treatise arevi PREFACE TO THE ENLARGED AND CORRECTED PRINTINGtherefore samples rather than complete theories: indeed, I have systematically tried not to be exhaustive. The works quoted in the bibliography willalways enable the reader to go deeper into any particular theory.However, I have refused to distort the main ideas of analysis by presentingthem in too specialized a form, and thereby obscuring their power andgenerality. It gives a false impression, for example, if differential geometryis restricted to two or three dimensions, or if integration is restricted to Lebesgue measure, on the pretext of making these subjects more accessible orintuitive.On the other hand I do not believe that the essential content of the ideasinvolved is lost, in a first study, by restricting attention to separable metrizabletopological spaces. The mathematicians of my own generation were certainlyright to banish, hypotheses of countability wherever they were not needed: thiswas the only way to get a clear understanding.
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这本书的阅读过程是一场漫长的对话,而不是单向的灌输。作者在行文中常常提出一些具有启发性的问题,引导读者暂停阅读,进行反思和计算,这种互动性在严肃的数学著作中是比较少见的。我尤其喜欢它在介绍巴拿赫不动点定理时所采用的论证方式,它结合了代数结构和拓扑环境,构建了一个非常直观且强大的工具。全书的价值不仅在于教授了“如何计算”或“如何证明”,更在于培养了一种“数学家的思维模式”——那种对逻辑的洁癖、对反例的敏感以及对简洁优雅的追求。虽然它要求读者投入大量的时间和精力去啃读那些复杂的证明,但其回报是巨大的:它重塑了你对“严谨”二字的理解。读完之后,再去回顾初级分析的知识点,会发现一切都变得更加清晰和有条理,这本书真正做到了对现代分析的“奠基”工作,为后续深入研究现代数学的任何领域都提供了坚实可靠的出发点。
评分这本书的结构安排,给我一种从微观粒子逐步构建宏观宇宙的壮阔感。它似乎致力于用一种统一的框架来处理看似分散的分析学分支。最让我耳目一新的是它在处理测度论与概率论交叉地带的阐述,作者将概率论中的随机变量和期望的概念,完美地嵌入到了更基础的测度和积分的语言体系中,这使得概率论的学习不再是孤立的,而是成为分析学整体结构中的一个自然延伸。书中对于“收敛性”的探讨,也远超一般本科教材的深度,它细致地辨析了各种不同类型的收敛(依测度收敛、依概率收敛等)之间的相互关系和内在联系,这种细致入微的比较,帮助我真正区分了这些概念的微妙差别。阅读过程中,我感觉自己仿佛置身于一个巨大的数学图书馆中,而这本书就是那张详尽的索引图,指引着我如何高效地浏览和掌握整个分析学的核心知识群。
评分读完第一章后,我有一种被深深触动的感受,作者处理问题的方式极其精妙,仿佛在用一把手术刀解剖复杂的结构。这本书的叙事节奏控制得非常出色,它不像某些教材那样平铺直叙,而是像一位经验丰富的导游,总能在你快要迷失在抽象的符号海洋时,及时抛出一个巧妙的例子或一个精妙的引理来为你指明方向。我特别欣赏它在证明过程中的“留白”处理。它不会将每一步逻辑推导都写得密不透风,而是鼓励读者主动思考中间环节,这种“启发式”的教学方法,极大地锻炼了读者的独立分析能力。书中对函数空间的讨论部分尤其精彩,作者用了一种非常优雅的线性代数视角来重新审视分析中的难题,这为我理解泛函分析打下了坚实的基础。全书的排版也十分考究,页边距宽敞,有助于读者在书页上进行批注和思考,这对于一本需要反复研读的专业书籍来说,无疑是加分项。
评分这本书的封面设计初看之下有些朴实无华,那种经典的黑白或深色调背景,配上清晰的衬线字体,让人联想到学院派的严谨与厚重。翻开扉页,首先映入眼帘的是大量的数学符号和公式,这立刻给读者一种“硬核”的信号。内容上,它似乎聚焦于对某个宏大数学理论体系的基石进行深入的剖析和构建,从最基本的拓扑概念入手,逐步迈向更复杂的高等分析领域。我特别留意到其中对于“极限”和“连续性”的阐述,作者似乎没有满足于教科书式的定义复述,而是用一种非常几何化和直观的方式来引导读者理解这些抽象概念的内在逻辑。书中穿插了大量的历史背景介绍,这使得枯燥的公式推导过程变得生动起来,仿佛能看到二十世纪初那些伟大数学家是如何一步步攻克这些难题的。整本书的阅读体验就像是在攀登一座知识的高峰,每一步都需要扎实的预备知识和极大的耐心,但一旦登顶,那种对数学世界脉络清晰的掌控感是无与伦比的,适合那些真正渴望深入理解数学本质的探求者。
评分老实说,这本书的难度是毋庸置疑的,它绝非茶余饭后的消遣读物。它更像是一部需要长期投入精力的“武功秘籍”,要求读者对微积分和基础实分析有相当的熟悉度。我尝试着去阅读其中关于勒贝格积分理论构建的部分,那里的论证链条极其绵密,几乎没有可以跳跃的空间,稍有不慎就会跟丢作者的思路。不过,正是这种毫不妥协的严谨性,让这本书在学术界拥有如此高的地位。它很少使用过于花哨的语言来掩盖数学的深度,而是用最精确的词汇和无可辩驳的逻辑来构建理论大厦。对于我个人而言,最大的挑战在于消化那些需要高度抽象思维才能把握的定理的几何意义,很多时候我需要在草稿纸上画出大量的图示来辅助理解那些仅凭文字描述难以想象的结构。这本书非常适合作为研究生阶段的参考书,用以巩固和深化对现代分析核心概念的理解,它能让你对“为什么”而不是仅仅“是什么”产生深刻的认识。
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