Attention

Attention

11/18/2018

link

https://www.theatlantic.com/health/archive/2015/01/three-neural-predispositions/384642/

summary

This article discusses three neural predispositions that impact human behavior: the negativity bias, the confirmation bias, and the availability bias. The negativity bias refers to our tendency to pay more attention to negative experiences and to remember them more vividly. The confirmation bias refers to our inclination to seek out information that confirms our existing beliefs while dismissing or ignoring contradictory evidence. The availability bias refers to our tendency to rely on readily available information when making judgments or decisions, often leading to inaccurate assessments. The article explores the evolutionary origins of these biases and their influence on various aspects of our lives, including politics, relationships, and decision-making. It concludes by highlighting the importance of recognizing and understanding these biases in order to make more rational and informed choices.

tags

neuroscience ꞏ neural predispositions ꞏ brain development ꞏ genetics ꞏ cognitive science ꞏ psychology ꞏ neurobiology ꞏ human behavior ꞏ nature vs nurture ꞏ neurodevelopmental disorders ꞏ mental health ꞏ neuroscience research ꞏ brain function ꞏ brain structure ꞏ genetic influence ꞏ environmental influence ꞏ brain plasticity ꞏ developmental psychology ꞏ neurological traits ꞏ cognitive development ꞏ neurodiversity ꞏ genetic predispositions ꞏ brain mechanisms ꞏ brain circuits ꞏ neural pathways ꞏ brain connectivity ꞏ nature and nurture ꞏ gene-environment interaction ꞏ behavioral genetics ꞏ cognitive abilities ꞏ personality traits ꞏ brain mapping ꞏ brain imaging ꞏ genetic variations ꞏ gene expression ꞏ neural activity ꞏ brain disorders ꞏ mental disorders ꞏ brain health ꞏ human cognition ꞏ brain research ꞏ brain science ꞏ brain studies ꞏ neurological basis ꞏ molecular genetics ꞏ gene-environment correlation ꞏ epigenetics ꞏ brain chemistry ꞏ neurochemistry ꞏ neurobiology of behavior ꞏ brain genetics ꞏ neurological development