googolplex

简明释义

英[ˈɡuːɡəlpleks]美[ˈɡʊɡɑlˌpleks]

n. 古戈尔普勒克斯（后面带10的100次方个零的数目）

英英释义

单词用法

同义词

反义词

例句

1.It is too large to be written in scientific notation and is much larger than a googol, googolplex, and is even larger than Moser's number, another very large number.

它因为太大了而不能用科学计数法来书写，比10的100次方和几个10的100次方还要大得多，它甚至比摩斯系数(另外一个非常大的数字)还要大得多。

2.It is too large to be written in scientific notation and is much larger than a googol, googolplex, and is even larger than Moser's number, another very large number.

它因为太大了而不能用科学计数法来书写，比10的100次方和几个10的100次方还要大得多，它甚至比摩斯系数(另外一个非常大的数字)还要大得多。

3.And there was an even better word, a real beauty-a googolplex. A googolplex was ten multiplied by ten a googol number of times.

还有个更好的词，真正迷人的词——“古戈尔·普勒·克斯”，1个古戈尔·普勒·克斯是10的古戈尔次方。

4.If that's not mindboggling enough, a "googolplex" is a number with a googol number of zeros.

如果这个数字还不算难以想象的话，1googolplex是‘1’后面跟有1googol个‘0’。

5.The number of possible configurations of a Rubik's Cube is approximately a googolplex.

一个魔方可能的配置数量大约是十的谷歌次方。

6.If you were to write out a googolplex in decimal form, it would take an unimaginable amount of space.

如果你要以十进制形式写出十的谷歌次方，那将需要难以想象的空间。

7.In theoretical mathematics, a googolplex is often used to illustrate the concept of extremely large numbers.

在理论数学中，十的谷歌次方常用于说明极大数的概念。

8.There are more atoms in the observable universe than a googolplex.

可观测宇宙中的原子数量比十的谷歌次方还多。

9.A computer's memory can store only a fraction of a googolplex worth of data.

一台计算机的内存只能存储十的谷歌次方数据的一小部分。

作文

In the vast realm of mathematics, numbers can often become exceedingly large and complex. One such number that has captured the imagination of mathematicians and enthusiasts alike is googolplex. A googolplex is defined as 10 raised to the power of a googol, which itself is 10 raised to the power of 100. To put it simply, a googolplex is a 1 followed by a googol (10^100) zeros. This staggering figure exemplifies how numbers can grow beyond our comprehension, challenging our understanding of infinity and the universe. The concept of googolplex was introduced by mathematician Edward Kasner in the early 20th century. He coined the term while discussing large numbers with his nine-year-old nephew, Milton Sirotta. This interaction not only led to the creation of the term but also sparked a broader interest in large numbers among the public. The whimsical nature of the name googolplex has made it a popular reference point in discussions about mathematical concepts and the limits of numerical representation. Understanding a googolplex requires some perspective on the scale of numbers. For instance, if you were to write out a googolplex, it would take an unfathomable amount of time and space. Even if every atom in the observable universe were transformed into a piece of paper, and each piece of paper contained a single zero, there would not be enough physical matter to represent a googolplex. This realization highlights the abstract nature of such large numbers and their impracticality in real-world applications. Despite its impracticality, the notion of googolplex serves as a fascinating thought experiment. It invites us to ponder the limits of our numerical systems and the nature of infinity. In scientific fields, particularly those dealing with cosmology and theoretical physics, large numbers often arise. For example, when calculating the number of particles in the universe or the potential outcomes of quantum events, scientists may encounter numbers that approach the magnitude of a googolplex. However, even in these contexts, the actual use of a googolplex remains largely theoretical. Moreover, googolplex has permeated popular culture, appearing in various forms of media, from literature to television shows. Its quirky sound and immense size have made it a favorite among writers and creators looking to illustrate the concept of something extraordinarily large. In a world where we often deal with finite numbers, the idea of a googolplex serves as a reminder of the infinite possibilities that exist beyond our immediate understanding. In conclusion, the term googolplex represents more than just a large number; it embodies the curiosity and creativity inherent in the study of mathematics. As we continue to explore the universe and the fundamental principles that govern it, the concept of googolplex encourages us to think big and embrace the mysteries of the cosmos. While it may never find practical application in everyday life, its existence challenges us to expand our minds and consider the vastness of numbers and the universe itself. The next time you hear the term googolplex, remember that it is not merely a figure; it is a symbol of human ingenuity and the endless pursuit of knowledge.

在数学的广阔领域中，数字往往会变得极其庞大和复杂。其中一个吸引了数学家和爱好者们想象力的数字是googolplex。googolplex被定义为10的googol次方，而googol本身是10的100次方。简单来说，googolplex是一个后面跟着一个googol（10^100）个零的1。这个惊人的数字体现了数字如何超越我们的理解，挑战我们对无穷大和宇宙的理解。 googolplex这一概念是由数学家爱德华·卡斯纳在20世纪初提出的。他在与自己九岁的侄子米尔顿·西罗塔讨论大数字时创造了这个术语。这次互动不仅导致了这个术语的产生，也激发了公众对大数字的广泛兴趣。googolplex这个名字的奇妙性质使其成为讨论数学概念和数字表示极限时的热门参考点。 理解googolplex需要对数字的规模有一定的认识。例如，如果你要写出一个googolplex，将需要不可思议的时间和空间。即使宇宙中每个原子都变成一张纸，每张纸上写一个零，也没有足够的物质来表示一个googolplex。这种认识突显了如此大数字的抽象性质及其在现实世界应用中的不切实际。 尽管不切实际，googolplex的概念作为一个迷人的思想实验，邀请我们思考数字系统的极限和无穷大的性质。在科学领域，特别是涉及宇宙学和理论物理的领域，大数字经常出现。例如，在计算宇宙中的粒子数量或量子事件的潜在结果时，科学家可能会遇到接近googolplex大小的数字。然而，即使在这些背景下，googolplex的实际使用仍然主要是理论上的。 此外，googolplex已渗透到流行文化中，以各种形式出现在文学和电视节目中。它奇特的声音和巨大的规模使其成为作家和创作者用来说明某些极大事物的最爱。在一个我们经常处理有限数字的世界里，googolplex的概念提醒我们存在着超出我们直接理解的无限可能性。 总之，googolplex这一术语代表的不仅仅是一个大数字；它体现了研究数学过程中固有的好奇心和创造力。随着我们继续探索宇宙及其基本原则，googolplex的概念鼓励我们大胆思考，拥抱宇宙的奥秘。当它可能在日常生活中永远不会找到实际应用时，它的存在挑战我们拓宽思维，考虑数字和宇宙本身的广袤。下次你听到googolplex这个术语时，请记住，它不仅仅是一个数字；它是人类聪明才智和对知识无尽追求的象征。