degeneracy

简明释义

英[dɪˈdʒenərəsi]美[dɪˈdʒenərəsi]

n. 退化；[物] 简并；堕落；退步

英英释义

单词用法

同义词

反义词

例句

1.Resampling is a critically operation to solve degeneracy problem with particle filters.

重采样是解决粒子滤波退化问题的主要方法。

2.So, what we can see is this degeneracy.

我们可以看到，简并。

3.This pressure is known as a "degeneracy pressure."

这个压力称为“简并压”。

4.Tests showed that these algorithms reduce advent effects of degeneracy, and low total number of iterations and running time.

试验表明，这些算法能够降低退化带来的不良影响，减少总迭代次数和运算时间。

5.In addition, tendencies of degeneracy for different modes are observed.

除此之外，不同模式还存在着简并的趋势。

6.So you can write this as the degeneracy of the configuration, times the energy of the configuration.

于是等于简并度，乘以构型的能量。

7.Aiming at the choice of proposal function and degeneracy problem in particle filter, an improved algorithm is put forward.

针对粒子滤波算法建议性函数的选择问题和粒子匮乏现象，提出了改进粒子滤波算法。

8.It is really a sad thing to see them sink into such moral degeneracy.

看他们堕落到这个地步，真是一件可悲的事。

9.And the third one talks about the question of degeneracy, and it is called the Hund's Rule.

它的第三部分讲的是简并的问题，被称作，洪特定律。

10.The concept of degeneracy refers to the loss of quality or function in a system.

概念中的退化指的是系统中质量或功能的丧失。

11.In physics, degeneracy can describe states that have the same energy level.

在物理学中，简并可以描述具有相同能量水平的状态。

12.The degeneracy of the ecosystem is evident when species begin to disappear.

当物种开始消失时，生态系统的退化变得显而易见。

13.Mathematically, degeneracy can occur when multiple solutions exist for a given problem.

在数学上，当一个问题存在多个解时，可能会出现简并。

14.The degeneracy of the political system has led to widespread public disillusionment.

政治体系的退化导致公众普遍失望。

作文

In the realm of science and philosophy, the term degeneracy refers to a state of decline or deterioration from a previous condition. This concept can be observed in various fields, including biology, physics, and even societal studies. Understanding degeneracy is crucial as it allows us to recognize patterns of change and potential consequences that may arise from such shifts. In biology, degeneracy describes a situation where different genetic sequences can produce similar phenotypic outcomes. For instance, the same trait can emerge from various genetic variations, which illustrates the resilience and adaptability of life forms. This phenomenon is significant because it demonstrates how organisms can survive and thrive despite changes in their genetic makeup. However, if these changes lead to a loss of function or reduced fitness over time, we may witness a form of biological degeneracy that threatens the survival of a species. Similarly, in physics, degeneracy can refer to states of energy that yield the same energy level. In quantum mechanics, particles can exist in multiple states simultaneously, leading to a scenario where several configurations are energetically equivalent. This idea is fundamental to understanding phenomena such as electron configurations in atoms, which can influence chemical properties and reactions. The concept of degeneracy in this context highlights the complexity and richness of physical systems, but it also reminds us that stability can sometimes lead to unforeseen consequences. On a societal level, degeneracy often carries a more negative connotation, referring to moral or cultural decline. Many philosophers and sociologists have explored the idea that societies can experience degeneracy when they stray from their foundational principles or ethical standards. This decline can manifest in various ways, such as increased crime rates, loss of community values, or diminished civic engagement. The implications of societal degeneracy are profound, as they can lead to instability, conflict, and a breakdown of social order. To combat degeneracy, whether in biological systems, physical theories, or societal structures, it is essential to promote resilience and adaptability. In biology, conservation efforts and genetic diversity play critical roles in preventing the degeneracy of species. In physics, ongoing research into quantum states and energy levels fosters a deeper understanding of the universe's complexities. On a societal level, fostering community engagement, education, and open dialogue can help counteract trends of degeneracy and promote a healthier, more vibrant society. In conclusion, the concept of degeneracy serves as a reminder of the delicate balance between stability and change across various domains. Whether discussing ecological systems, physical laws, or societal structures, recognizing the signs of degeneracy enables us to take proactive measures to address potential declines. By understanding and addressing degeneracy, we can work towards fostering resilience and ensuring a sustainable future for all aspects of life.

在科学和哲学领域，术语degeneracy指的是从先前状态的衰退或恶化。这一概念可以在生物学、物理学甚至社会研究等多个领域观察到。理解degeneracy至关重要，因为它使我们能够识别变化的模式以及由此可能产生的后果。 在生物学中，degeneracy描述了一种不同的基因序列可以产生相似的表型结果的情况。例如，同样的特征可以由各种遗传变异产生，这说明了生命形式的韧性和适应性。这一现象是重要的，因为它表明有机体如何在遗传构成发生变化的情况下生存和繁荣。然而，如果这些变化导致功能丧失或适应性降低，我们可能会目睹一种生物学上的degeneracy，这威胁到物种的生存。 同样，在物理学中，degeneracy可以指能量状态的情况，这些状态产生相同的能量水平。在量子力学中，粒子可以同时存在于多个状态中，从而导致几种配置在能量上是等价的。这一观点对于理解原子的电子配置等现象至关重要，这些配置可以影响化学性质和反应。在这个背景下，degeneracy的概念突显了物理系统的复杂性和丰富性，但它也提醒我们，稳定性有时会导致意想不到的后果。 在社会层面上，degeneracydegeneracy这一思想。这种衰退可以以多种方式表现出来，例如犯罪率上升、社区价值观丧失或公民参与度降低。社会degeneracy的影响深远，因为它可能导致不稳定、冲突和社会秩序的崩溃。 为了对抗degeneracy，无论是在生物系统、物理理论还是社会结构中，促进韧性和适应性至关重要。在生物学中，保护工作和遗传多样性在防止物种的degeneracy方面发挥着关键作用。在物理学中，对量子态和能量水平的持续研究促进了对宇宙复杂性的更深理解。在社会层面上，促进社区参与、教育和开放对话可以帮助抵消degeneracy的趋势，促进一个更健康、更充满活力的社会。 总之，degeneracy这一概念提醒我们在各个领域之间保持稳定与变化之间的微妙平衡。无论是讨论生态系统、物理法则还是社会结构，识别degeneracy的迹象使我们能够采取主动措施来应对潜在的衰退。通过理解和应对degeneracy，我们可以朝着促进韧性和确保所有生活领域可持续发展的方向努力。