Cognitive biases are systematic patterns of deviation from rationality in judgment, causing individuals to perceive reality inaccurately.
Confirmation Bias: Favoring information that confirms preexisting beliefs.
Availability Heuristic: Overestimating the importance of information readily available.
Dunning-Kruger Effect: Overestimating one’s competence in a field with little knowledge.
Cognitive biases make individuals resistant to contradictory evidence.
They often lead to reliance on anecdotal evidence over scientific data.
Highlights how biases influence the rejection of scientific reasoning and understanding.
Suggests developing critical thinking skills to counteract biases.
The process of reasoning through a lens of personal beliefs and emotions, where conclusions are influenced by desires rather than evidence.
Selective Attention: Seeking information that supports one’s views.
Goal-Directed Processing: Rationalizing evidence to fit a desired outcome.
People reject scientific evidence that conflicts with their worldview.
It’s prevalent in topics like climate change and vaccination.
Discusses how emotions fuel motivated reasoning.
Explains the importance of empathy in addressing belief-driven reasoning.
Emotions like fear, anger, or hope shape attitudes towards science topics.
Positive emotions can foster trust in science, while negative ones reinforce denial.
Climate change fear leading to denial as a coping mechanism.
Anger towards perceived elitism in science reducing trust.
Emphasizes connecting emotionally to inspire change.
Proposes storytelling as a tool to humanize science.
Stay Calm: Avoid heated arguments; focus on respectful dialogue.
Find Common Ground: Identify shared values to build trust.
Ask Questions: Encourage reflection rather than confrontation.
Present Evidence Wisely: Tailor information to the individual’s level of understanding.
Explains how to engage in productive conversations without alienation.
Highlights Socratic questioning as an effective technique.
Conversations create opportunities to build trust and reduce hostility.
Emotional and personal connections make scientific information more relatable.
Inspiring hope can motivate action.
Use metaphors and analogies to simplify complex concepts.
Share relatable stories to illustrate scientific principles.
Reinforces the importance of human connection in changing minds.
Suggests focusing on solutions to prevent overwhelm.
Understand how cognitive biases and motivated reasoning affect belief systems.
Recognize the emotional components in attitudes towards science.
Master communication techniques to effectively engage with science deniers.
Draw upon examples and insights from Sinatra & Hofer, Hayhoe, and Boghossian & Lindsay.