isolated field

简明释义

隔篱磁场

英英释义

例句

1.The isolated field 孤立的领域 allowed researchers to control all variables effectively.

这个isolated field 孤立的领域使研究人员能够有效控制所有变量。

2.In an isolated field 孤立的领域, scientists can study the effects of a specific variable without interference.

在一个isolated field 孤立的领域中，科学家可以研究特定变量的影响，而不受干扰。

3.We created an isolated field 孤立的领域 for our survey to ensure the accuracy of the data.

我们为我们的调查创建了一个isolated field 孤立的领域，以确保数据的准确性。

4.The research team conducted experiments in an isolated field 孤立的领域 to minimize external influences.

研究小组在一个isolated field 孤立的领域进行实验，以最小化外部影响。

5.The findings from the isolated field 孤立的领域 provided new insights into the phenomenon.

来自isolated field 孤立的领域的发现为这一现象提供了新的见解。

作文

In recent years, the concept of an isolated field has gained attention in various disciplines, particularly in scientific research and education. An isolated field refers to a specific area of study or practice that is separated from other fields, often focusing on unique aspects that may not be influenced by broader trends or developments. This separation can lead to a deeper understanding of the subject matter, but it also presents challenges in terms of integrating knowledge across different domains.For instance, in the realm of environmental science, researchers may choose to study an isolated field such as the impact of a specific pollutant on a particular ecosystem. By concentrating solely on this aspect, they can gather detailed data and insights that contribute significantly to their understanding. However, this narrow focus might limit their perspective on how this pollutant interacts with other environmental factors, or how it affects human health and communities. Therefore, while the benefits of studying an isolated field are clear, it is crucial for researchers to remain aware of the broader implications of their findings.Similarly, in education, students often find themselves working within an isolated field when they specialize in a particular subject. For example, a student majoring in physics may delve deeply into theoretical concepts without much interaction with other disciplines like chemistry or biology. This specialization can foster expertise but may also hinder interdisciplinary collaboration that is essential in solving complex real-world problems. In today's interconnected world, many challenges, such as climate change or public health crises, require a multidisciplinary approach where knowledge from various isolated fields is integrated to develop comprehensive solutions.Moreover, the rise of technology has created new isolated fields within industries. For instance, the field of artificial intelligence (AI) has evolved into a domain of its own, with researchers focusing on algorithms, machine learning, and neural networks. While these advancements are groundbreaking, they often exist in a bubble, potentially overlooking ethical considerations and societal impacts. As AI continues to permeate various sectors, it becomes increasingly important to bridge the gap between this isolated field and other areas like ethics, law, and social sciences to ensure responsible development and application.In conclusion, while the study of an isolated field can yield significant insights and advancements, it is essential to recognize the limitations of such an approach. Interdisciplinary collaboration and integration of knowledge from various fields can enhance our understanding and enable us to tackle complex issues more effectively. As we move forward, fostering connections between isolated fields will be vital in creating a holistic approach to education, research, and problem-solving. Only through collaboration can we hope to address the multifaceted challenges that lie ahead, making it imperative to break down the barriers between isolated fields and promote a more interconnected understanding of the world around us.

近年来，‘孤立领域’这一概念在各个学科中引起了关注，尤其是在科学研究和教育方面。‘孤立领域’指的是一个特定的研究或实践领域，它与其他领域相对独立，通常专注于一些独特的方面，这些方面可能不受更广泛趋势或发展的影响。这种分隔可以导致对主题的深入理解，但在跨领域整合知识方面也会带来挑战。例如，在环境科学领域，研究人员可能选择研究某种污染物对特定生态系统的影响，这就是一个‘孤立领域’。通过专注于这一方面，他们可以收集详细的数据和见解，这对他们的理解贡献巨大。然而，这种狭隘的视角可能限制他们对该污染物如何与其他环境因素相互作用的认识，或其对人类健康和社区的影响。因此，尽管研究‘孤立领域’的好处显而易见，但研究人员仍需意识到其发现的更广泛影响。同样，在教育中，学生往往在专攻某一学科时身处‘孤立领域’。例如，一名物理专业的学生可能会深入研究理论概念，而与化学或生物等其他学科的互动较少。这种专业化可以培养专业知识，但也可能妨碍解决复杂现实问题所需的跨学科合作。在当今这个互联的世界中，许多挑战，如气候变化或公共卫生危机，要求多学科方法，其中来自各种‘孤立领域’的知识被整合以制定全面的解决方案。此外，科技的崛起在各个行业中创造了新的‘孤立领域’。例如，人工智能（AI）领域已经发展成一个独立的领域，研究人员专注于算法、机器学习和神经网络。虽然这些进展是突破性的，但它们往往存在于一个泡沫中，可能忽视伦理考量和社会影响。随着人工智能逐渐渗透到各个部门，弥合这一‘孤立领域’与伦理、法律和社会科学等其他领域之间的鸿沟变得愈加重要，以确保负责任的发展和应用。总之，虽然研究‘孤立领域’可以产生显著的见解和进展，但认清这种方法的局限性至关重要。跨学科的合作和来自各个领域的知识整合可以增强我们的理解，使我们能够更有效地解决复杂问题。随着我们向前发展，促进‘孤立领域’之间的联系将在创造全面的教育、研究和解决问题的方法中至关重要。只有通过合作，我们才能希望应对未来面临的多方面挑战，因此打破‘孤立领域’之间的壁垒并促进对周围世界更具连贯性的理解是势在必行的。