nonscience

简明释义

英[ˌnɑnˈsaɪəns]美[ˌnɑnˈsaɪəns]

n. 非科学

adj. 非科学的

英英释义

单词用法

同义词

反义词

例句

1.Because of its great popularity among nonscience students and its importance for future schoolteachers, Astro 101 has a central role to play in improving the scientific literacy of our nation.

由于天文学101在非理科大学生中非常受欢迎，这门课在提高国民的科学素养方面起着重要的作用。

2.Because of its great popularity among nonscience students and its importance for future schoolteachers, Astro 101 has a central role to play in improving the scientific literacy of our nation.

由于天文学101在非理科大学生中非常受欢迎，这门课在提高国民的科学素养方面起着重要的作用。

3.Sunday is a day off for most of the nonscience support workers and, therefore, a no-fly day in Antarctica for the United States Antarctic Program.

周日是绝大部分非科学支撑工作人员的休息日，因此，在南极洲的美国南极计划(USAP)当天没有飞行活动。

4.Therefore, it is not comprehensive to treat Economics as a hard science or soft science or nonscience.

因此，单纯地将经济学当作一门硬科学或一门软科学甚或是非科学都是不全面的。

5.Many students struggle to find a balance between their nonscience 非科学 courses and their science majors.

许多学生在他们的非科学课程和科学专业之间难以找到平衡。

6.The debate over nonscience 非科学 topics often overshadows important scientific discussions.

关于非科学主题的辩论常常掩盖重要的科学讨论。

7.In the world of academia, nonscience 非科学 subjects are just as valuable as scientific ones.

在学术界，非科学科目与科学科目同样有价值。

8.Some people believe that nonscience 非科学 fields lack rigor compared to the sciences.

一些人认为，与科学相比，非科学领域缺乏严谨性。

9.Courses in art and literature are considered nonscience 非科学 disciplines.

艺术和文学课程被视为非科学学科。

作文

In the contemporary world, the distinction between science and nonscience is becoming increasingly significant. Science, characterized by empirical evidence, systematic experimentation, and logical reasoning, plays a crucial role in advancing our understanding of the universe. In contrast, nonscience encompasses fields that do not adhere to these rigorous methodologies. This includes disciplines such as philosophy, art, and literature, which, while valuable, operate on different principles. The relationship between science and nonscience is complex and often interdependent. For instance, scientific inquiry can inform philosophical debates, while philosophical questions can inspire scientific exploration. Take, for example, the field of ethics, which falls under nonscience. Ethical considerations are paramount in scientific research, particularly in areas like biotechnology and medical sciences. Scientists must navigate ethical dilemmas, such as the implications of genetic engineering or the morality of animal testing, which require input from nonscience perspectives to ensure responsible practices. Moreover, the arts, another branch of nonscience, provide a unique lens through which we can interpret scientific discoveries. Artists often draw inspiration from scientific concepts, creating works that challenge our perceptions and provoke thought. The intersection of science and art can lead to innovative ideas and new ways of understanding complex phenomena. For example, the visualization of data through artistic means can make scientific information more accessible and engaging to the public, bridging the gap between nonscience and scientific literacy. However, the divide between science and nonscience can sometimes lead to misunderstandings. In an age where misinformation spreads rapidly, it is essential to differentiate between scientifically validated information and that which lacks empirical support. This is particularly evident in discussions surrounding climate change, where scientific consensus is often challenged by nonscience arguments that do not rely on rigorous evidence. Such situations highlight the importance of critical thinking and the need to evaluate claims based on their scientific merit rather than emotional appeal or anecdotal evidence. Furthermore, the educational system plays a pivotal role in shaping our understanding of both science and nonscience. A well-rounded education should encourage students to appreciate the value of both realms. While it is crucial to foster scientific literacy, it is equally important to cultivate creativity and critical thinking skills that are often nurtured through nonscience subjects. By integrating these disciplines, we can produce individuals who are not only scientifically informed but also capable of thinking deeply about the implications of scientific advancements. In conclusion, the distinction between science and nonscience is vital in our quest for knowledge and understanding. While science provides us with tools to explore the natural world, nonscience enriches our experience and prompts us to reflect on the broader implications of our discoveries. Embracing both domains allows for a more holistic approach to learning and problem-solving, ultimately contributing to a more thoughtful and informed society. As we navigate the complexities of the modern world, recognizing the value of both science and nonscience will be essential in addressing the challenges we face.

在当代世界，科学与nonscience之间的区别变得越来越重要。科学以经验证据、系统实验和逻辑推理为特征，在推动我们对宇宙的理解方面发挥着关键作用。相比之下，nonscience包括不遵循这些严格方法论的领域。这包括哲学、艺术和文学等学科，这些学科虽然有价值，但运作的原则不同。 科学与nonscience之间的关系复杂且常常相互依赖。例如，科学探究可以为哲学辩论提供信息，而哲学问题可以激励科学探索。以伦理学为例，它属于nonscience。伦理考虑在科学研究中至关重要，特别是在生物技术和医学科学等领域。科学家必须应对伦理困境，例如基因工程的影响或动物实验的道德性，这需要来自nonscience视角的输入，以确保负责任的实践。 此外，艺术作为另一种nonscience分支，提供了一个独特的视角，通过这个视角我们可以解读科学发现。艺术家经常从科学概念中汲取灵感，创作出挑战我们认知并激发思考的作品。科学与艺术的交汇可以引发创新思想和理解复杂现象的新方式。例如，通过艺术手段可视化数据，可以使科学信息更易于公众理解和吸引人，从而弥合nonscience与科学素养之间的差距。 然而，科学与nonscience之间的分歧有时会导致误解。在一个虚假信息迅速传播的时代，区分经过科学验证的信息与缺乏经验支持的信息是至关重要的。这在气候变化的讨论中尤为明显，科学共识常常受到不依赖严格证据的nonscience论点的挑战。这种情况突显了批判性思维的重要性，以及根据科学依据而非情感诉求或轶事证据来评估主张的必要性。 此外，教育系统在塑造我们对科学和nonscience的理解中发挥着关键作用。全面的教育应该鼓励学生欣赏这两个领域的价值。虽然培养科学素养至关重要，但同样重要的是培养创造力和批判性思维技能，这些技能通常通过nonscience学科得到培养。通过整合这些学科，我们可以培养出不仅科学知识丰富，而且能够深入思考科学进步的影响的个人。 总之，科学与nonscience之间的区别在我们追求知识和理解的过程中至关重要。虽然科学为我们提供了探索自然世界的工具，但nonscience丰富了我们的体验，并促使我们反思发现的更广泛影响。拥抱这两个领域使我们能够采取更全面的学习和解决问题的方法，最终为一个更加深思熟虑和知情的社会做出贡献。当我们在现代世界的复杂性中航行时，认识到科学与nonscience两者的价值将对应对我们面临的挑战至关重要。