Just as knowledge is often divided into different disciplines, the separation between my classes is equally prominent: I have humanities in the morning and sciences in the afternoon. Culturally, I have been taught to compartmentalize knowledge by discipline, but could this be problematic not only to learning but to the production of knowledge? If classes were mixed or combined, would the comparison between different methodology and values lead to a better understanding and innovative approaches? Or would it make comprehension of a particular subject impossible and impede the production of knowledge? Even though adopting interdisciplinary approaches between some disciplines seems impractical, other disciplines inherently seem to have virtue …show more content…
This led to the question: To what extent is confusion valuable to the production of knowledge? If “confusion” is defined as the lack of knowledge, then it is logical that confusion is the natural result of contradictory information. Scientific discovery is often spawned by confusion in the form of unanswered questions which can lead to the formation of new, oftentimes opposing theories. If a newer theory is supported and better explains a given phenomenon what results is called a paradigm shift. Thus, from confusion, a better model is created which supports the production of more knowledge. Likewise, in Mathematics uncertainty can be seen in how knowledge is produced. As in science, a mathematical theory is a verifiable explanation, but only if it can be definitely proven true using mathematics, it can become a law, which can be used in the production of more theories. In Art, confusion emerges from the differences between interpretations and methods, not too unlike opposing theories. However, in the arts, knowledge is not produced from the acceptance of one theory and the dismissal of the other, but the discussion which emerges as a result of confusion. Literature has a specific term for the confusion that emerges as a result of contradictory information: a paradox. However, even in language, complications between academic disciplines arise. In literature, a paradox is …show more content…
Even though most people are comfortable with scientific concepts and literature occasionally overlapping, as they do in science fiction, these works reveal different truths in different disciplines. To a scientific community, science fiction shows a future possibility, such as the idea of an electric submarine, as Jules Verne describes in 20,000 Leagues under the Sea, while in literary communities, the genre can be used to reveal basic human truths. It is easy to differentiate science and art; to call art subjective and science objective; to say that art is produced through emotion and intuition, while science uses reason. On the other hand, even though mathematics and the natural sciences are often accepted in combination with each other, fundamentally the processes of obtaining knowledge are equally different. Compared to mathematics which obtains knowledge purely through rationalism, the natural sciences are empirical. Still, the different academic fields work well in conjunction. In Biology, scientists use statistics such as the Chi-Squared Test, to determine if their data shows a conclusive relationship and in Physics applied mathematics is
The fervent ideal-searching that entails scientific research is an endeavor that encompasses not only intellectual bounds but also the mental and emotional fixtures present in the mind of a scientific pioneer. Mere thoughts and notions become materialized tools and obstacles, and the journey that takes place within becomes the foundation by which scientific theory is ascertained. Wielding thoughts as stepping stones is crucial to the duty of the scientist, and even a degree of uncertainty must be harnessed for success and improvement. In this excerpt from The Great Influenza, John M. Barry pieces together a passionate study on the character of scientific research through the artful use of rhetorical strategies including syntax, hypothetical
Without the acceptance and certainty of uncertainty, it will create fear and tentativeness within the scientist, and we will not progress as a society nor
Some think of science as advantageous, while others believe it can be immoral. Acts of science can lead to manipulation of the natural world and cause those performing the experiments to “play God.” Nathaniel Hawthorne 's short stories “Dr. Heidegger’s Experiment,” “Rappaccini’s Daughter,” and “The Birthmark” each incorporate characters that attempt to alter a natural aspect of life and in turn are met with failure. It is through his short stories that Nathaniel Hawthorne reveals opinion of science: Men should not engage in scientific studies that require them to act as God.
Sciences and technologies have improved many aspects of human lives. But as technologies are developing to be more and more advanced, science can be a deadly subject to us as well. Some writers have taken this idea and expanded on this theme of how science is deadly. In this essay I will discuss how this theme is explored in the texts: the novel Unwind written by Neal Shusterman, the film Gattaca directed by Andrew Niccol, following the short texts There Will Come Soft Rains and The Veldt written by Ray Bradbury. Science is supposed to help humans to understand more about the world and improve people’s lives.
She believes the syllabus provided to students do not include any challenging books, and her belief toward high school teachers becoming too lazy to examine thoroughly if the book the education system provides them with represent any true and significant value is a recurring concern of hers’- therefore ineffective to students. All in all, Prose used ethos, pathos, logos and the usage of specific words to help her argument. She successfully persuades her point of view and makes it clear that if schools want their curriculum to improve, they must change their way of teaching and push their students to view literature in a new
The interesting part with information, according to Norretranders and Johansen (1992), is to be able to get rid of it again, because information itself is boring (Norretranders and Johansen, 1992). Also how we actually get rid of information by throwing it away is similarly interesting. An example of this away throwing of information occurs in the supermarket when we are about to buy groceries; we know that each thing has its own price, which is scanned one by one, and ends up with a total amount. This amount is the result of a calculation, were many prices are put together. Norretranders and Johansen (1992) asks a rhetorical question of were in these it lays most information, the result or the calculation?
The article discusses ways that “Frankenstein” should serve as a lesson and impact the actions of present-day scientists. Van Den Belt focuses on an overarching theme of the novel, which is the possible dangers of scientific exploration. He writes, “The story is commonly taken to imply a dire warning about the dangers of scientific hubris” (Van Den Belt). Victor Frankenstein, the main character of the novel, is an iconic example of a science experiment gone wrong. In many different aspects, the story should be studied by explorers to prevent the repetition of Frankenstein’s errors.
This is why programs such as Kilachand Honors College are important, because interdisciplinary education brings in new ideas, connecting lessons learned from different areas of knowledge. This leads to a greater
Scifi is the subject that pushed me towards a career in technology and science. For Example a show I 'm currently watching called "The Flash" introduce a possibility of the multiverse which is basically multiplied parallel universe within our universe. It
It is after two paragraphs exploring notions of man’s cosmic connection that Sagan asserts his first claim in the essay, “plainly there is no way back… we are stuck with science” (1). The compassionate tone persists even in assertions, as seen through the use of first person. More compassionate is the gentle acknowledgement of the pseudoscience appeal. “Yes, the world would be a more interesting place if there were UFOs lurking in the deep waters off Bermuda… or if our dreams could, more often than can be explained by chance and our knowledge of the world, accurately foretell the future” (1). This series of sentences ends the introduction.
Society today is greatly affected by science. Cell phones, computers, and social media are just some of the many facets of technology that we use in our everyday lives. To most people, this technology is wonderful, but Mary Shelley provides us with a caveat. In her novel Frankenstein, science and the pursuit of knowledge are recurrent themes. The novel starts off with Walden trying to make a discovery in the North Pole, and follows with a story about how Victor Frankenstein deals with his creation.
Last but not least, science is characterized by its incessant evolution in a way that a single new anomaly can easily falsify a strong scientific theory. In simple English, even experts know that there is no ultimate certainty to
The classic novel Frankenstein, written by Mary Shelley in 1818, displays the use of literary devices, foreshadowing, allusions and figurative language, which aid the reader in understanding the authors opinion on scientific exploration. These techniques are used to arouse anticipation within the reader, therefore engaging them throughout the text. Along with providing a greater understanding of the novel, by referring to other books, and using the novel to portray the authors own perspective on scientific exploration. All these devices are effectively used within the novel to provide a deeper understandings of Mary Shelley’s work. Add scientific exploration here-
Science and knowledge are two important factors in society around the 19th century. Mary Shelley supports the connection of these two key topics throughout her writing in the novel, Frankenstein. With her style, structure, and Romantic elements portrayed in the novel, she discusses that scientific progress/knowledge is dangerous and harmful as it places man above God and destroys his morals. This is done by examples of appeals to emotion, imagery, and figures of speech that convey her style and ultimately ends up as support of the previous statement.
Modern science is typically subdivided into the natural sciences, which study the material world, the social sciences which study people and societies, and the formal sciences like mathematics. The formal sciences are often excluded as they do not depend on empirical observations.[5] We have to keep in mind that science helps us describe how the world is, but it cannot make any judgments about whether that state of affairs is right, wrong, good, or bad and individual people must make moral judgments.