infinity
简明释义
n. （时、空、距离）无限，无穷；大量，大宗
复 数 i n f i n i t i e s
英英释义
单词用法
在无穷远处 |
同义词
反义词
| 有限性 | 资源的有限性需要谨慎管理。 | ||
| 有界性 | In mathematics, boundedness indicates that a function does not extend to infinity. | 在数学中，有界性表示一个函数不会延伸到无穷大。 |
例句
1.And here you get a potential infinity of sentences.
这样你就能得到潜在的无限数量的句子。
2.A version range with no maximum defined extends to infinity.
没有定义最大值的版本范围可延伸到无穷远。
3.Can anyone, he asked, explain the difference between infinity and eternity?
有没有人可以，他问，解释一下无限与永恒之间的区别？
4.Really, it doesn't need to be infinity.
的确它不需要无限大。
5.Can anyone, he asked, explain the difference between infinity and eternity?
有没有人可以，他问，解释一下无限与永恒之间的区别？
6.Hold infinity in the palm of your hand.
把握在你手心里的就是无限，永恒也就消融于一个时辰。
7.Anaximander thought the principle of all things was infinity.
阿那克西·曼德认为所有事物的原理都是无限的。
8.He then paused and asked: "Is infinity even or odd?"
然后他迟疑一下，问我：无穷大是偶数还是奇数呢？
9.The concept of infinity is often used in mathematics to describe a value that is unbounded.
在数学中，无穷大的概念常用于描述一个没有界限的值。
10.The universe is often described as expanding towards infinity.
宇宙常被描述为向无穷大扩展。
11.In physics, light travels at a speed that approaches infinity as it moves through a vacuum.
在物理学中，光在真空中传播的速度接近于无穷大。
12.The idea of infinity fascinates many philosophers who ponder the nature of existence.
许多哲学家对无穷大的概念感到着迷，他们思考存在的本质。
13.In calculus, the limit of a function can approach infinity under certain conditions.
在微积分中，函数的极限在某些条件下可以趋近于无穷大。
作文
The concept of infinity has fascinated mathematicians, philosophers, and scientists for centuries. It represents a quantity without bound or limit, something that goes on forever. In mathematics, infinity is often denoted by the symbol ∞. This idea is not just a theoretical construct; it has practical applications in various fields, including calculus, physics, and computer science. For example, in calculus, the concept of limits approaches infinity helps us understand the behavior of functions as they grow larger and larger without end.In philosophy, infinity raises profound questions about the universe and existence itself. Is the universe finite or infinite? If it is infinite, what does that mean for our understanding of time and space? These questions challenge our perception of reality and force us to confront the limitations of human knowledge. The notion of infinity also appears in discussions about the nature of God and the divine. Many theologians argue that God is infinite, embodying qualities that surpass human understanding, such as love, power, and knowledge.In literature and art, infinity often symbolizes endless possibilities and the eternal nature of certain themes. Poets and writers use this concept to explore love, beauty, and the human experience. For instance, the idea of an infinite love can evoke feelings of timelessness and depth, suggesting that true love transcends the limitations of time and space. Artists may depict infinity through abstract forms or repetitive patterns, inviting viewers to contemplate the limitless nature of existence.In the realm of science, infinity plays a crucial role in theories that explain the universe's structure and behavior. The concept of black holes, for example, introduces the idea of singularities, points where gravitational forces are so strong that they create an infinity in density. Similarly, in cosmology, the expansion of the universe raises questions about whether it will continue expanding indefinitely or eventually collapse back in on itself. These scientific inquiries into infinity help us understand the fundamental laws that govern our universe.Moreover, infinity is prevalent in technology and computer science, particularly in algorithms and data structures. For instance, when designing algorithms, programmers often deal with cases that approach infinity, such as searching through large datasets or optimizing complex problems. Understanding how to handle infinity in programming can lead to more efficient solutions and innovations in technology.In conclusion, the concept of infinity is multifaceted, influencing mathematics, philosophy, art, science, and technology. Its implications stretch far beyond mere numbers; it challenges our understanding of the universe and our place within it. As we continue to explore the depths of infinity, we uncover new insights that enrich our knowledge and inspire our creativity. Ultimately, infinity serves as a reminder of the vastness of existence and the endless possibilities that lie ahead, urging us to embrace the unknown with curiosity and wonder.
“无限”这一概念几个世纪以来一直吸引着数学家、哲学家和科学家的注意。它代表着没有界限或限制的量，某种永无止境的东西。在数学中，“无限”通常用符号∞表示。这个想法不仅仅是一个理论构造；它在微积分、物理学和计算机科学等多个领域都有实际应用。例如，在微积分中，极限接近“无限”帮助我们理解函数在不断增大时的行为。在哲学中，“无限”引发了关于宇宙和存在本质的深刻问题。宇宙是有限的还是无限的？如果它是无限的，这对我们对时间和空间的理解意味着什么？这些问题挑战了我们对现实的感知，并迫使我们面对人类知识的局限性。“无限”的概念也出现在有关上帝和神圣性质的讨论中。许多神学家认为，上帝是无限的，体现了超越人类理解的特质，如爱、力量和知识。在文学和艺术中，“无限”常常象征着无尽的可能性和某些主题的永恒性。诗人和作家利用这一概念来探讨爱、美和人类经验。例如，无限的爱的观念可以唤起时间和深度的感觉，暗示真正的爱超越了时间和空间的限制。艺术家可能通过抽象形式或重复图案表现“无限”，邀请观众思考存在的无限性质。在科学领域，“无限”在解释宇宙结构和行为的理论中发挥着至关重要的作用。黑洞的概念例如，引入了奇点的思想，即重力如此强大，以至于创造出密度的“无限”。同样，在宇宙学中，宇宙的扩张引发了关于它是否会无限扩张或最终崩溃回自身的问题。这些对“无限”的科学探究帮助我们理解支配宇宙的基本法则。此外，“无限”在技术和计算机科学中也很普遍，尤其是在算法和数据结构中。例如，在设计算法时，程序员经常处理接近“无限”的情况，例如搜索大型数据集或优化复杂问题。理解如何在编程中处理“无限”可以导致更高效的解决方案和技术创新。总之，“无限”这一概念是多方面的，影响着数学、哲学、艺术、科学和技术。它的意义远远超出了简单的数字；它挑战了我们对宇宙及我们在其中位置的理解。随着我们继续探索“无限”的深度，我们发现新的见解丰富了我们的知识并激发了我们的创造力。最终，“无限”提醒我们存在的广阔和未来的无尽可能性，鼓励我们以好奇心和惊奇心拥抱未知。
