degeneracy

degeneracy的音标是[dɪ"denjərəti]，翻译为“下劣性，下劣；退化；堕落；下落不明”。

其速记技巧为：在英文中，de-表示“向下”，-gen-表示“出生”，所以degeneracy意为“堕落”。

以上内容仅供参考，建议使用权威的英语词典查找准确意思。

degeneracy的英文词源为拉丁语“degenerare”，意为“下降，堕落”。其变化形式主要有名词形式degeneracy和形容词形式degenerate。

相关单词：

1. Degenerate A. 堕落的，退化的：指事物由健全变为不良，由好变坏。例如：degenerate music（堕落音乐）。

2. Degeneracy N. 退化，堕落：指生物或有机体因遗传上的缺陷而退化或衰败。例如：degeneracy of species（物种的退化）。

3. Degenerate D. 堕落的人或行为：指道德败坏或行为不端的人。例如：He is a degenerate man who always gets into trouble.

degeneracy这个词在英语中通常用来指生物或有机体的退化或衰败，也可以用来形容人的道德品质的堕落。这个词在科学、哲学、社会学等领域都有广泛的应用，反映了人类对自然和社会的深入思考和探索。

以上内容仅供参考，建议查阅专业的英语词典获取更准确的信息。

degeneracy短语：

1. degeneracy of states - 态的退化

2. degeneracy pressure - 退化压力

3. degeneracy temperature - 退化温度

4. degeneracy factor - 退化因子

5. degeneracy parameter - 退化参数

6. degeneracy condition - 退化条件

7. degeneracy measure - 退化度量

例句：

1. The degeneracy of states causes the electron to behave like a wave.

态的退化导致电子表现得像波一样。

2. The degeneracy pressure of the universe is a crucial factor in determining its evolution.

宇宙的退化压力是决定其演化的关键因素。

3. The degeneracy temperature of a quantum system is the temperature at which the system"s energy levels become equally probable.

量子系统的退化温度是系统能量级别变得同等可能性的温度。

4. The degeneracy factor in a quantum computation is the number of possible outcomes for a given input.

量子计算中的退化因子是给定输入的可能结果的数量。

5. The degeneracy condition for a quantum system is that its energy levels are not allowed to overlap.

量子系统的退化条件是其能量级别不被允许重叠。

6. The degeneracy measure of a quantum state is the number of distinct outcomes that can be obtained from it.

量子态的退化度量是从它获得的不同结果的数量。

7. In science, we strive to understand the universe and its laws, including the degeneracy condition for quantum systems.

在科学中，我们努力去理解宇宙及其规律，包括量子系统的退化条件。

英文小作文：

Degradation is a common phenomenon in many fields, including science, technology, and society. It refers to the process of losing quality or becoming worse over time. Degradation can be caused by various factors, such as wear and tear, aging, or improper use. However, degradation does not necessarily mean that something is useless or worthless. On the contrary, it can provide valuable insights and lessons for us to learn from.

In science, degradation often refers to the process of energy levels in a quantum system becoming equally probable, which is known as degeneracy temperature. This phenomenon plays an important role in many quantum computing applications, such as error correction and optimization algorithms. Similarly, degradation in technology can refer to the gradual deterioration of equipment or materials, leading to reduced performance or functionality. However, this does not mean that the technology is obsolete or no longer useful; it can be repaired or replaced with newer models to restore its original performance.

Moreover, degradation can also have negative impacts on society, such as environmental degradation caused by excessive use of resources or pollution. Therefore, it is important to adopt sustainable practices and reduce waste to minimize the negative impacts of degradation on our planet. Overall, degradation should not be seen as a negative thing in itself, but rather as an opportunity for learning and improvement.