pseudoscience

简明释义

英[/ˈsuːdoʊˌsaɪəns/]美[/ˈsuːdoʊˌsaɪəns/]

n. 伪科学；假科学

英英释义

单词用法

同义词

反义词

例句

1.Aren't you worried that your colleagues will think you have drifted into pseudoscience?

你不担心你的同僚们会认为你在搞伪科学么？

2.The moment since the advent of science and anti-science and pseudoscience is born at the same time.

自从科学出现的那一刻，反科学与伪科学也与此同时诞生。

3.Biosphere 2 was ultimately ridiculed as a research debade, as exfravagant pseudoscience.

生物圈2号最终被讥讽为科研上的大失败， 代价是昂贵的伪科学。

4.This is the question asked by a new book exploring the pseudoscience of beauty products.

这个问题是一本旨在探索化妆品伪科学的新书提出来的。

5.Q:Aren’t you worried that your colleagues will think you have drifted into pseudoscience?

《科学》：你不担心你的同僚们会认为你在搞伪科学么？

6.Science often errs, and that pseudoscience may happen to stumble on the truth.

科学经常犯错，而伪科学也会偶尔触及真理。

7.The Scope of Fighting Against Pseudoscience Expands Too Much?

反伪科学扩大化了吗?。

8.Many people believe in astrology, but it is often classified as pseudoscience because it lacks empirical support.

许多人相信占星术，但它常被归类为伪科学，因为它缺乏实证支持。

9.The documentary criticized various forms of pseudoscience, such as homeopathy and crystal healing.

这部纪录片批评了多种形式的伪科学，如顺势疗法和水晶疗法。

10.Some wellness trends are based more on pseudoscience than on scientific evidence.

一些健康趋势更多是基于伪科学而非科学证据。

11.Critics argue that many diet fads are rooted in pseudoscience rather than nutritional science.

批评者认为许多饮食潮流根植于伪科学而非营养科学。

12.Skeptics often challenge the claims made by pseudoscience advocates.

怀疑论者经常质疑伪科学倡导者所提出的主张。

作文

In today's world, we are constantly bombarded with information from various sources. With the rise of the internet and social media, it has become increasingly difficult to discern what is true and what is merely a product of 伪科学. 伪科学 refers to beliefs or practices that claim to be scientific but lack supporting evidence and cannot be reliably tested. This phenomenon poses a significant challenge, as many individuals may unknowingly accept 伪科学 as fact, leading to misconceptions and potentially harmful decisions.One of the most common examples of 伪科学 can be found in alternative medicine. While some alternative treatments may have anecdotal support, they often lack rigorous scientific validation. For instance, homeopathy is a practice that relies on the principle of 'like cures like.' However, numerous studies have demonstrated that homeopathic remedies perform no better than a placebo. Despite this, many people continue to seek out these treatments, often at the expense of proven medical interventions.Moreover, the proliferation of 伪科学 can also be seen in the realm of nutrition. Diet fads and miracle supplements frequently arise, promising quick fixes for weight loss or health improvements. Unfortunately, many of these claims are not backed by solid scientific evidence. The ketogenic diet, for example, has gained popularity, but its long-term effects remain uncertain, and it may not be suitable for everyone. Individuals who rely solely on such diets without consulting healthcare professionals may jeopardize their health.Social media plays a crucial role in the spread of 伪科学. Platforms like Facebook and Instagram allow anyone to share their opinions, regardless of their expertise. This democratization of information can lead to the rapid dissemination of false claims. Viral posts about supposed health benefits of certain foods or the dangers of vaccines are prime examples of how 伪科学 can gain traction. The challenge lies in educating the public about critical thinking and the importance of evaluating sources before accepting information as truth.To combat the influence of 伪科学, education is key. Schools should incorporate scientific literacy into their curricula, teaching students how to differentiate between credible science and 伪科学. By fostering a culture of skepticism and inquiry, future generations will be better equipped to navigate the complex landscape of information they encounter.Furthermore, scientists and educators must engage with the public to communicate their findings effectively. This can involve simplifying complex concepts and addressing common misconceptions directly. When scientists can articulate their work in an accessible manner, they can help demystify science and reduce the allure of 伪科学.In conclusion, 伪科学 presents a significant challenge in our information-saturated society. It is essential for individuals to develop critical thinking skills and for educational systems to emphasize scientific literacy. By doing so, we can empower people to make informed decisions and protect themselves from the pitfalls of 伪科学. Ultimately, a well-informed public is the best defense against the pervasive influence of misleading information.

在当今世界，我们不断受到来自各种来源的信息轰炸。随着互联网和社交媒体的兴起，辨别什么是真实的，什么只是伪科学的产物变得越来越困难。伪科学指的是那些声称是科学但缺乏支持证据且无法可靠测试的信念或实践。这种现象带来了重大挑战，因为许多人可能在不知情的情况下接受伪科学作为事实，从而导致误解和潜在的有害决策。伪科学最常见的例子之一可以在替代医学中找到。虽然一些替代疗法可能有轶事支持，但它们通常缺乏严格的科学验证。例如，同类疗法是一种依赖于“相似疗法”的原则的实践。然而，许多研究表明，同类疗法的疗效与安慰剂无异。尽管如此，许多人仍然继续寻求这些治疗，往往以牺牲经过验证的医疗干预为代价。此外，伪科学的传播也可以在营养领域看到。饮食潮流和奇迹补充剂经常出现，承诺快速减肥或健康改善。不幸的是，许多这些声明并没有得到坚实的科学证据的支持。例如，生酮饮食近年来获得了人气，但其长期效果仍不确定，并且可能不适合所有人。仅依赖这种饮食而不咨询医疗专业人员的人可能会危及他们的健康。社交媒体在伪科学传播中发挥了重要作用。像Facebook和Instagram这样的平台使任何人都可以分享他们的意见，无论他们的专业知识如何。这种信息的民主化可能导致虚假声明的迅速传播。关于某些食物的健康益处或疫苗的危险的病毒帖子就是伪科学如何获得关注的典型例子。挑战在于教育公众批判性思维的重要性，以及在接受信息为真之前评估来源的重要性。为了对抗伪科学的影响，教育至关重要。学校应该将科学素养纳入课程，教学生如何区分可信的科学和伪科学。通过培养怀疑和探究的文化，未来的几代人将更好地装备自己，以应对他们所遇到的复杂信息环境。此外，科学家和教育工作者必须与公众互动，有效地传达他们的发现。这可以包括简化复杂概念，直接解决常见误解。当科学家能够以易于理解的方式表达他们的工作时，他们可以帮助消除科学的神秘感，减少伪科学的吸引力。总之，伪科学在我们信息饱和的社会中呈现出重大挑战。个人发展批判性思维技能以及教育体系强调科学素养至关重要。通过这样做，我们可以赋予人们做出明智决策的能力，保护他们免受伪科学的陷阱。最终，知识渊博的公众是抵御误导信息普遍影响的最佳防线。