Assignment 2 by Paige Thomson

Assignment 2

paigethomson8 — 2024-10-30 16:24:43 UTC

This Padlet will be similar to Content Assignment 1, touching on different pseudo-science watch lists, red flags, and reasons for believing.

Post #1 Reasons for belief: Agenticity (Image)

paigethomson8 — 2024-10-31 02:00:25 UTC

Agenticity is our natural tendency to attribute intentional agents (like people, spirits, or supernatural beings) as the cause of random or unexplained events. For example, when someone hears a creak in an empty house, they might think it’s a ghost rather than considering a simple cause like the house settling. This instinct can lead to stories that support paranormal beliefs, even without real evidence. Critical Thinking helps us question these beliefs by focusing on the facts or noticing when evidence is missing. Our brains are wired to detect agents as a survival tool, which can sometimes make us oversimplify complex situations. While this tendency can be intriguing, it’s important to stay skeptical and seek out rational explanations to avoid being misled by Agenticity. Using the Scientific Method and recognizing Barriers to Critical Thinking, like Lack of Practice or Group-Think, can help prevent us from accepting flawed beliefs.

Post #1 Watch list pseudoscience: Convinced by faith despite evidence (Reiki Healing)

paigethomson8 — 2024-10-31 02:04:12 UTC

A classic red flag in pseudoscience is when a belief relies on faith alone, especially in the face of contradictory evidence. A great example is the "psychic healing" phenomenon. Many people pay significant money for remote healings or energy clearings, believing these can cure serious ailments without any scientific evidence. Despite scientific evidence and research consistently showing no measurable medical benefit, believers often remain convinced due to powerful emotional appeals and the hope of a cure. This faith-based belief is a key indicator that we’re dealing with pseudoscience.

Post # 2 Reason for belief: Simplicity (Image)

paigethomson8 — 2024-10-31 14:43:41 UTC

An example of Simplicity in action is when you have a dream that you win a trip. Then, when you wake up, you go buy tickets for a local community draw for a trip to Mexico. You win, and based on this experience, you believe you are psychic. While this is the simplest answer, it's just coincidence at work (refer to the law of large numbers). Many other people have the same dream as you, buy tickets for contests, but don't win. This highlights how confirmation bias can lead you to make inaccurate conclusions based on a rare occurrence, rather than considering the randomness of the event.

Post # 3 Reason for belief : Patternicity (Video)

paigethomson8 — 2024-11-11 23:12:51 UTC

Pareidolia, the tendency to perceive significant images or patterns in random stimuli, plays a significant role in nurturing pseudoscientific beliefs and impeding critical thinking. For example the video above talks about how some people see a face on the Moon leading some to interpret it as evidence of extraterrestrial beings or divine presence. This perception stems from patternicity: the brain’s innate drive to recognize familiar shapes or patterns, even when they aren't present. This phenomenon becomes a barrier to critical thinking because it encourages people to accept these perceptions without questioning their validity. Pseudoscience often capitalizes on emotional connections and anecdotal evidence, which is often present in pareidolia. This can often lead people to sidestep the requirement for empirical verification or logical analysis.

Post #2 Watch list pseudoscience: Do not progress (Image)

paigethomson8 — 2024-11-11 23:16:57 UTC

For example, consider the use of anecdotal evidence in pseudoscientific claims. A common red flag is when someone promotes a product or theory based solely on personal stories or testimonials, rather than empirical data or peer-reviewed research. This kind of evidence is often compelling on a surface level, but it doesn't provide reliable proof of a theory's validity. Yet, many pseudoscience advocates continue to rely on this flawed approach, using it to manipulate emotions and gain trust.

If left unchecked, this type of reasoning contributes to the spread of pseudoscience. The watchlist in this context would act as a tool for identifying and tracking these red flags, warning people to question claims that aren't supported by scientific rigor. In this case, not progressing means not challenging these false claims or recognizing their patterns. Instead of pushing for critical analysis and debunking, the focus stays on promoting and perpetuating misinformation. The key is to stay vigilant, identify the warning signs, and encourage progress toward rational, evidence-based thinking.

Post #1 Red flags: Proof by verbosity (Video)

paigethomson8 — 2024-11-11 23:19:32 UTC

Proof by verbosity involves overwhelming an audience with long-winded explanations, complex jargon, or excessive detail to make an argument seem more convincing. Instead of presenting clear, solid proof or data, the person using this tactic relies on the sheer volume of words to create an illusion of authority. For example, in this video he discusses how someone promoting things like a pseudoscientific theory might present an argument full of technical terms, complex-sounding theories, and convoluted explanations, but without any direct evidence to support their claims. They might talk about "quantum energy fields" or "bioresonance" in a way that sounds scientific, but if you break down the content, it becomes clear that the argument is mostly empty words designed to confuse or overwhelm. This is a classic case of proof by verbosity there’s no actual proof or reputable sources, just an attempt to make the theory sound legitimate by drowning the listener in unnecessary detail.

Post #4 Reason For Belief Perception and Observation (Image)

paigethomson8 — 2024-11-17 05:49:02 UTC

Beliefs around common phenomena, such as optical illusions or memories' trustworthiness, highlight the importance of critical thinking. For example, when evaluating whether memories are reliable, the critical thinking process involves defining the claim, recognizing personal biases, and assessing the credibility of the source and evidence. Skepticism helps us question the accuracy of our memories and avoid distorted views of truth reinforced by groupthink or a lack of practice in questioning assumptions. Relying solely on anecdotes can be misleading, so turning to reputable sources and evidence-based research is essential.

By following these steps and addressing barriers to critical thinking, we ensure that demonstrable validity rather than misconceptions support our beliefs about memory's reliability.

Post #3 Watchlist: Scientific-Sounding Language That’s Meaningless (Article)

paigethomson8 — 2024-11-17 05:58:14 UTC

One of the most effective ways misleading information spreads is by using scientific-sounding language that lacks true demonstrable validity. This creates the illusion of credibility while bypassing critical thinking. For example, terms like "quantum detox" or "cellular rejuvenation therapy" sound impressive but are often unsupported by evidence and rooted in pseudoscience. This is similar to proof by verbosity. To see through such claims, follow the critical thinking process: define the claim, recognize bias, evaluate the source, and evaluate the evidence. Be skeptical of sources that rely only on anecdotes without support from reputable sources. These claims often act as a barrier to critical thinking, promoting a distorted view of truth through impressive but empty phrases. To combat this, always seek scientific scrutiny and challenge such language to ensure your beliefs are based on valid, factual evidence, not flashy terminology.

Post #2 Red Flag: Suppression by Authority

paigethomson8 — 2024-11-18 21:44:07 UTC

Phrenology, the idea from the 19th century that the shape of your skull could tell you about your personality or intelligence, is a classic example of how authority can shut down critical thinking. Big names with something to gain backed phrenology, creating a groupthink mindset that shuts out anyone questioning it. This made people believe in anecdotal evidence while ignoring real scientific research. Efforts to question phrenology were dismissed, demonstrating how authorities used their influence to limit skepticism and prevent the evaluation of evidence.

Post #3 Red flag: Ideological support (article)

paigethomson8 — 2024-11-18 21:57:56 UTC

An example of Ideological support can be found in anti-vaccine movements, where stories and emotional arguments often overshadow evidence-based research. The recent resurgence of anti-vaccine sentiment, especially post-COVID, highlights how these beliefs thrive on barriers to critical thinking like groupthink and a distorted view of truth. People with similar views reinforce each other’s biases without going through the steps of critical thinking, such as defining the claim, recognizing bias, and evaluating the source and evidence. These movements often rely on not so reputable sources that don’t follow the Scientific Method but gain traction because they align with existing beliefs.

Post #4 Red Flag: Confusion of cause and correlation (Article)

paigethomson8 — 2024-11-18 22:11:17 UTC

A common example of confusion of cause and correlation is the observed increase in ice cream sales and drownings during summer. While these events occur together, it’s incorrect to assume that ice cream consumption causes drowning. The true cause is the warm weather, which leads to both more swimming and more ice cream purchases.

This mistake arises when barriers to critical thinking, like groupthink or a distorted view of truth, prevent people from questioning the actual cause. To avoid this, apply the critical thinking process: define the claim, recognize bias, evaluate sources, and assess evidence before jumping to conclusions. In this case, a reputable source like scientific research can help debunk the false connection between ice cream and drowning.

Post #5 Red Flag: Appeal to authority (Article)

paigethomson8 — 2024-11-18 22:17:27 UTC

A clear example of an appeal to authority can be seen in this article discussing the ads that use a fake endorsement by Ben Carson to promote an unproven hypertension treatment. Many people may trust the product simply because a well-known figure is associated with it, without questioning the scientific validity behind the claims. This type of reasoning bypasses the scientific method and critical thinking. It relies on the authority of the figure, rather than evaluating the evidence or sources. Barriers to critical thinking, like group thinking or a distorted view of truth, lead people to accept the product without scrutinizing the claim. Applying critical thinking, defining the claim, recognizing bias, and evaluating the evidence help to debunk misleading information and prevents us from falling for these types of scams.

Summary Chart!

paigethomson8 — 2024-11-19 04:23:56 UTC

My Completed summary chart.