The Pursuit Of Ignorance Strong Response

Within the article titled “The Mistrust of Science” by Atul Gawande, the article is a written document of an address at the California Institute of Technology and describes the connection of science to every single human on Earth. This is done because the presenter defines science as “a systematic way of thinking” since science allows humans to contemplate beyond the information being given to them at any time, such as the questions may follow of how, when, where, why, and how? The presenter states the opinion that, no matter what major you are declared as or the type of occupation you hold, science is embedded into the way you are living, despite you not having any knowledge of certain science topics.

Firestein goes on to quote many highly acclaimed scientists in order to propose that the whole pursuit of knowledge has the singular purpose of perpetuating more questions. He bases his argument on the thesis that any discoveries in science lead to a ripple effect, an ever-expanding circumference of knowledge that leads to more ignorance. He states that every discovery in science propagates even more questions. This is an idea that has been adopted by many people in the fields of science such as anthropologists who study subjects like evolution. In the book, Introducing Anthropology, by Michael Alan Park, the ripple effect is adapted into the idea of a continuous cycle. It states, “Science works in a cycle, and the inductive and deductive reasoning of science is applied constantly to the different aspects of the same general subject. Data and hypotheses are

Fahnestock investigates how original science writing is primarily devoted to presenting facts and assumes the audience has relevant background knowledge and understands the significance. Conversely, accommodated writings shift the genre to become epideictic and thus neglect addressing facts, instead focus on emphasizing the importance of a discovery. One reason Fahnestock provides for the shift in genre is in order for an audience to realize the significance of a discovery accommodators must ensure the audience is able to accept a fact and align it according with existing beliefs. To ensure they are successful, Fahnestock argues that accommodators rely on

Why is knowledge and accuracy something that remains in a realm of uncertainty? It’s virtually within a human’s nature to strive for accuracy throughout daily life; it seems nothing short of a prize, even if it blinds us to the real truth. The desire to be accurate can conflict with other motives and lead a person into falsely believing facts that only pertain to personal values. The article “Trust Me, I’m A Scientist” by Daniel T. Willingham broadens this horizon through discussion as to why so many people choose not to believe what scientists say, and how it’s cause for the direct interest of certain skeptics.

Knowledge, the key to progress, has proven to be a human being’s most powerful and significant weapon. We gain knowledge when we put our brain to work at the problems we need to solve in life. It doesn’t matter what we are trying to accomplish, whether it be creating a new technology or learning how to put together a puzzle, the matter of fact is that both request great examination and research to resolve and learn. Scientific research is a technique used to investigate phenomena, correct previous understanding, and acquire new knowledge. Knowledge could lead us to a possible cure for cancer, an alternative for fossil fuels, and the creation of a revolutionary technology. Nevertheless, all these benefits are a reason why

As the host of the political radio show, The Ignorance Equation, I see political trends and ideologies come and go on a regular basis. Over the past five years I have watched Republicans go from an angry bloodthirsty mob of extremist to a frustrated and confused group of voters who don't understand why rampant obstructionism hasn't fixed our political system.

In the challenge of presenting science, in its journey, not only its conclusion, Gould performs excellently, broadening the scope of what the public sees as science. This is vital, as the work of scientists becomes more complicated, and the fate of the world and of our future becomes more bound to the productivity of science and the willingness of the public to accept good science, it it the role of scientists and educators to bridge the gap between the public and science, informing people not just on ideas and conclusions, but on inquiry and reason as

If we refer back to Gawande’s, Mistrust of Science we can predict that not all “science” is reliable science. There have been instances where we believed that “the sun moved across the sky” and that when being out in the cold, we have a greater chance of getting sick. These are all said to be facts, and they were even said by scientists. Though, we have to look deeper into the facts and the knowledge, because these statements are just hypotheses. They have yet to be proven. So when is science factual? When can we take the word of science and use it to gain more knowledge? This article suggested that “all knowledge is just probable knowledge. A contradictory piece of evidence can always emerge.” This is, in fact, true. Knowledge is just what you find to an answer once. Just because that specific question has been answered does not mean that it is the one and the only answer, there could be and probably are much more. For example, medicine. Medicine was once said to be all we had. There was once a time where if you got cancer you were bound to pass, or if you got AIDs or even HIV, there was no chance of survival after a short amount of time. Today, these answers have changed, due to the never-ending search for more knowledge in these

The reading by William McComas covered the ten most popular myths in the world of science. Widespread believed myths such as a hypothesis being nothing more than just an educated guess and the idea that science can answer all questions were mentioned in the text. The author not only lists the ten myths but also debunks them with explanations and states that students such as myself believe most of these myths. He attributes the belief of these myths by students to a lack of science philosophy content in teacher education programs and the misguided teaching of the nature of science in high school textbooks.

Jonathan Marks’ quote can be broken down word by word beginning with ‘production’. Production insinuates that science is an active process. One does not simply fall into scientific knowledge because there are no scientific discoveries. All science must be pursued with an intent and attentiveness. Without having motivation and a reason for executing science, there would be no knowledge to be had. Next comes ‘convincing’. Convincing suggests that science is social. In order for science to be considered ‘truthful’ or ‘correct’, other scientist must also agree with the view. Scientific knowledge must communicated with other professionals in order to persuade their opinions to align. Communication and social processes are vital to forming scientific

The inductivist account of science recognizes five steps which are essential to scientific progress. First, scientists compile a large body of facts from observation and experiment. Using the principle of induction, these facts can be generalized to form the basis for a theory or law. Then, once a theory has been developed, scientists can use the theory as part of a valid logical argument to make new predictions or explanations of phenomena. According to Chalmers, the inductivist account has “a certain appeal” to it, namely, that all of scientific progress can be seen as the result of five fundamental leaps of thought (54). “Its attraction lies in the fact that it does seem to capture in a formal way

What is Science? When it comes to the word ‘science’ most of the people have some kind of knowledge about science or when they think of it there is some kind of image related to it, a theory, scientific words or scientific research (Beyond Conservation, n.d.). Many different sorts of ideas float into an individual’s mind. Every individual has a different perception about science and how he/she perceives it. It illustrates that each person can identify science in some form. It indicates that the ‘science’ plays a vital role in our everyday lives (Lederman & Tobin, 2002). It seems that everyone can identify science but cannot differentiate it correctly from pseudo-science and non-science (Park, 1986). This essay will address the difference between science, non-science and pseudo-science. Then it will discuss possible responses to the question that what should we do when there is a clash between scientific explanation and non-scientific explanation. Then it will present a brief examination about the correct non-scientific explanation.

As people, we come with earlier knowledge and understandings on subjects and topics of study, “Science” being one of them. We make presumptions, based on either reasonable evidence or that our thoughts and ideas are known as true by others. Through this we have come to understand and define science as its aims, leaving its definition, whether consciously or unconsciously, unchallenged. We have taken advantage of the label that we have set for science, as well as its goals, and failed to look at them further.

Other phrases throughout the first four pages use words like "nightmare", "destroy", "haunt", and "anguish" to attract readers to how seriously society takes awareness of science. These phrases get readers to feel the urgency of the views against science in society. The dark phrasing successfully shows that society has taken a responsible view against incorrect scientific application.

We live in a strange and puzzling world. Despite the exponential growth of knowledge in the past century, we are faced by a baffling multitude of conflicting ideas. The mass of conflicting ideas causes the replacement of knowledge, as one that was previously believed to be true gets replace by new idea. This is accelerated by the rapid development of technology to allow new investigations into knowledge within the areas of human and natural sciences. Knowledge in the human sciences has been replaced for decades as new discoveries by the increased study of humans, and travel has caused the discarding of a vast array of theories. The development of