failure hypotheses

简明释义

破坏假说

英英释义

例句

1.After analyzing the data, we found that our initial failure hypotheses 失败假设 were incorrect.

在分析数据后，我们发现最初的失败假设是错误的。

2.We need to test our failure hypotheses 失败假设 to understand why the product didn't perform as expected.

我们需要测试我们的失败假设，以了解为什么产品没有按预期表现。

3.The researchers formulated several failure hypotheses 失败假设 based on previous experiments.

研究人员根据之前的实验制定了几个失败假设。

4.The team discussed various failure hypotheses 失败假设 during the project planning phase.

团队在项目规划阶段讨论了各种失败假设。

5.Identifying failure hypotheses 失败假设 early can save time and resources in the development process.

早期识别失败假设可以节省开发过程中的时间和资源。

作文

In the realm of scientific research and experimentation, the concept of failure hypotheses plays a crucial role. A failure hypotheses is essentially a proposed explanation for why a particular experiment or theory did not yield the expected results. Understanding these hypotheses is vital for researchers as it allows them to identify potential flaws in their methodologies, assumptions, or experimental designs. By exploring the reasons behind failures, scientists can refine their approaches and enhance the reliability of their findings.When embarking on any scientific inquiry, researchers often develop initial hypotheses that they aim to test through experimentation. However, it is not uncommon for these experiments to produce unexpected or contradictory results. In such cases, the formulation of failure hypotheses becomes necessary. These hypotheses serve as a framework for analyzing what went wrong and why the anticipated outcomes were not achieved.For instance, consider a biologist conducting an experiment to test the effects of a new drug on a specific disease. If the drug does not produce the desired therapeutic effect, the researcher must consider various failure hypotheses. Perhaps the dosage was incorrect, the timing of administration was off, or the biological model used was not appropriate for the study. Each of these potential explanations helps the researcher to systematically investigate the failure and determine the next steps for further investigation.The importance of failure hypotheses extends beyond individual experiments. In the broader context of scientific progress, understanding why certain theories do not hold up under scrutiny can lead to significant advancements in knowledge. History is replete with examples where initial theories have failed, prompting scientists to reevaluate their understanding of complex phenomena. For example, the early models of atomic structure were revised multiple times as experiments revealed inconsistencies with existing theories. Each revision was informed by failure hypotheses that questioned the validity of previous assumptions.Moreover, failure hypotheses encourage a culture of critical thinking and openness within the scientific community. Rather than viewing failure as a setback, researchers are prompted to see it as an opportunity for learning and growth. This mindset fosters innovation, as scientists are more willing to explore unconventional ideas and challenge established norms when they recognize the value of examining their failures.In addition to their application in experimental science, failure hypotheses can also be relevant in other fields such as engineering, business, and education. For example, in product development, a company may launch a new gadget that fails to meet consumer expectations. Analyzing the failure hypotheses behind this failure—such as inadequate market research or design flaws—can provide valuable insights for future projects. Similarly, educators might consider failure hypotheses in assessing why certain teaching methods do not resonate with students, allowing them to adapt their strategies accordingly.In conclusion, the concept of failure hypotheses is integral to the scientific process and beyond. It encourages researchers and practitioners to critically analyze their failures, leading to improved methodologies, innovative solutions, and ultimately, a deeper understanding of the world around us. Embracing failure hypotheses as a fundamental aspect of inquiry not only enhances individual practices but also contributes to the collective advancement of knowledge across disciplines. By acknowledging and investigating failures, we pave the way for future successes and breakthroughs in various fields of study.

在科学研究和实验的领域中，‘failure hypotheses’这一概念发挥着至关重要的作用。‘failure hypotheses’本质上是对某个特定实验或理论未能产生预期结果的解释性假设。理解这些假设对研究人员至关重要，因为它使他们能够识别方法论、假设或实验设计中的潜在缺陷。通过探讨失败背后的原因，科学家可以完善他们的方法，并提高研究结果的可靠性。在进行任何科学探索时，研究人员通常会提出初步假设，他们希望通过实验来检验这些假设。然而，这些实验产生意外或矛盾结果并不罕见。在这种情况下，制定‘failure hypotheses’变得必要。这些假设作为分析出错原因及为何未能实现预期结果的框架。例如，考虑一位生物学家进行实验以测试一种新药对特定疾病的影响。如果该药物未能产生预期的治疗效果，研究人员必须考虑各种‘failure hypotheses’。也许剂量不正确，给药时间不合适，或者所使用的生物模型不适合该研究。每一个潜在的解释都有助于研究人员系统地调查失败，并确定进一步研究的下一步。‘failure hypotheses’的重要性超越了个别实验。在更广泛的科学进步背景下，理解某些理论为何在审查中未能成立，可以导致知识的重大进展。历史上充满了初始理论失败的例子，促使科学家重新评估对复杂现象的理解。例如，原子结构的早期模型在实验揭示与现有理论不一致时被多次修订。每一次修订都是基于质疑先前假设的‘failure hypotheses’。此外，‘failure hypotheses’还鼓励科学界内批判性思维和开放文化。研究人员不再将失败视为挫折，而是将其视为学习和成长的机会。这种心态促进了创新，因为科学家在认识到检查失败的价值时，更愿意探索非常规想法并挑战既定规范。除了在实验科学中的应用，‘failure hypotheses’在工程、商业和教育等其他领域也同样相关。例如，在产品开发中，一家公司可能推出一款未能满足消费者期望的新设备。分析导致这一失败的‘failure hypotheses’——例如市场研究不足或设计缺陷——可以为未来的项目提供宝贵的见解。类似地，教育工作者在评估某些教学方法为何未能引起学生共鸣时，也可能考虑‘failure hypotheses’，从而使他们能够相应地调整策略。总之，‘failure hypotheses’这一概念是科学过程及其他领域不可或缺的一部分。它鼓励研究人员和从业者批判性地分析他们的失败，从而改善方法、创新解决方案，并最终加深对我们周围世界的理解。将‘failure hypotheses’视为探究的基本方面，不仅提升了个人实践，还促进了各学科知识的集体进步。通过承认和调查失败，我们为未来的成功和各领域的突破铺平了道路。