In this essay, John M. Barry uses antithesis to display a contrast in his thoughts and the assuming thoughts of the readers. In doing this, the author is not only able to show the readers the different sides of how scientists are perceived by people, but as well as how they actually are in the world of scientific research. The author collates certainty and uncertainty as an example for the readers to view that scientists of the world are just like them. Scientists contain “certainty, [which] creates strength, and uncertainty, [which] creates weakness” (Barry). In using these disparities, Barry is showing the readers that “science teaches us to doubt” (Barry). By elaborating on the concepts of certainty and uncertainty, readers are able to see…
To the general population, science seems like a field that consists of facts and certainty. However, this could not be further from the truth. The life’s work of a scientist can be taken away in an instant. In a passage from “The Great Influenza,” John M. Barry expresses that the success of a scientist depends on their capacity to handle challenges. Using ethos, extended metaphor, and rhetorical questions, Barry characterizes science as a path of uncertainty.…
During a passage from the Great Influenza, author John M. Barry discusses the qualifications a scientific researcher must yield in order to be efficient to the field and perform intelligent guesswork. Appealing to inspiring scientists, Barry insists that they have to “manipulate and even force experiments to yield and answer.” Without the ability to work with uncertainty, no work done will be enough to illuminate the subject. Through juxtaposition uncertainty and certainty in this professional field, Barry showcases the classifications of scientists with analogies and metaphors in a catalogue form. Barry begins by promptly identifying the counter argument; how uncertainty is a weakness for a scientist.…
Barry presents rhetorical strategies as a means to characterize scientific research. He thinks that being a “scientist requires not only intelligence and curiosity, but passion, patience, creativity, self-sufficiency, and courage.” Scientific research can be courageous and dangerous. In science, people tend to doubt scientists because their discoveries it seems unreal. Even scientists such as Einstein probably doubted his own theory until his predictions were tested.…
Science has evolved over the years. New machines have been invented over the past years which make it easier for scientist and their experiments. John M. Barry author of The Great Influenza specifically targets scientist and their research. He argues that a good scientist knows that there may be doubts, or that their assumptions may be proven wrong but they don’t stop trying.…
Scientific research can either be skeptical or…
Scientists go through a lot of uncertainty, trial, and error in their daily work. An article from “The Great Influenza” written by John Barry, observe scientists and analyze how they deal with uncertainty in their work. Scientists deal with uncertainty everyday in their work. Certainty can make people more confident, knowing that something is guaranteed to go right gives everyone strength. Many people can agree that, “Certainty gives one something upon which to lean.…
Believe it or not, it was once illegal to teach the theory of evolution to children in school. A teacher in Tennessee named John Scopes had violated this law in the 1900s, which resulted in the John Scopes trial. This trial marked the shift of the beliefs of Americans from religion to science. Scientific research has been going on for decades and it has, for the most part, helped improve our lives, but it is a very tough field. In The Great Influenza, author John M. Barry used juxtaposition, listing, and structure to characterize scientific research as a challenging and uncertain field that requires a lot of courage to accept defeat, but also have the determination…
Good morning young ladies and gentlemen, and welcome to what will be an exciting year for you all and I also commend all of you for choosing science as your undergraduate subject for this year. I am Professor John and today I will be discussing with you the importance of choices. More specifically, the role of science and the ones who control its power. This, ladies and gentleman, relates directly to all of you, the future generation of people in the scientific field. The knowledge of science, I believe, is the most powerful asset anyone can hold. This is because, one who has knowledge that could potentially change…
He starts to conclude his piece with the following: “Today, you become part of the scientific community, arguably the most powerful collective enterprise in human history” (Gawande 18). Almost as if to honor his audience for their achievement, he grants everyone a valuable title by means of affirming the importance of people’s participation when it comes to studying the world. Readers will finally begin to recognize their role in what it takes to test a hypothesis, regardless of how narrow it may seem. “Even more than what you think, how you think matters . . . because we are not just battling for what it means to be scientists” (Gawande 20). He inspires others with fortitude before finishing his article in order to attain a lasting impact. Essentially, certifying one’s purpose in a significant matter proves to generate positive…
science as a mystery to be studied and analyzed. “The world was to him a secret which he…
By juxtaposing the antithetical concepts of “certainty” and “uncertainty,” and by emphasizing the exceptional burdens of the latter, Barry compels his readers to acknowledge the courage that is required of any successful scientists and, indeed, to appreciate the unnatural skills that a scientist must possess in order to “overcome significant obstacles.” He effectively argues that uncertainty, though a weakness, is a cross that all scientists must bear and that, in order to become a successful scientist at all, one must first recognize that weakness and then persevere in spite of it. To the casual observer, venturing into the unknown might seem the more courageous feat of the scientists, but, as the allusion to Bernard’s quote reveals, the most courageous feat, and what science endeavors to teach most of all, is “to doubt” – that is, to be uncertain and to work with the discomfort of that uncertainty.…
Firstly, research results can be complicated and generally confusing to a nonscientist, therefore the public must convey large amounts of trust in scientists. This aids contrarians in creating a credible counterargument and splitting the scientific consensus (Task #1). Most people have no scientific baseline from which to make informed opinions so they gather information from “experts” from both sides of a scientific story. Secondly, science in general is an objective project, scientists stress that their results are always falsifiable and that continued research is necessary to strengthen a scientific finding. For example, Roger Revelle started a talk to the AAAS about climate change by saying, “There is a good but by no means certain chance that the world’s average climate will become significantly warmer during the next century” (191). Contrarians used this ambiguous statement as a way to show that scientists are unsure of their work, when in fact there is no “certain chance” in any scientific trend. In order to remain trustworthy, scientists must always instill a sense of impartiality that is misconstrued as…
Gold begins his essay right away, without any sort of formality. The essay begins with Gold laying a foundation for the requirements of “good science.” After which Gold spells out the requirements of articles to sell large volumes of newspapers. This latter generates the term anecdotes. The term anecdote is analyzed, scrutinized and concluded as unacceptable due to the evidence relying more on beliefs than facts. Thus creating a vicious circle.…
“Science contributes moral as well as material blessings to the world. Its great moral contribution is objective, or the scientific point of view. The means doubting everything except facts; it means hewing to the facts, lets the chips fall where they may.” (163)…