What if regular exercise is the best cognitive exercise? (blog.vslira.net)

Article summary

The article discusses the idea that regular exercise may be the best cognitive exercise, suggesting that physical activity can be more computationally challenging for the brain than traditional cognitive exercises like sudoku. The author notes that while computers can reproduce many cognitively hard tasks, they still struggle with physical tasks like navigation and manipulation. The article proposes that exercise may be a key factor in maintaining cognitive health. The idea is that physical exercise requires complex computations and adaptations, which can help keep the brain healthy and active.

Main themes

• exercise and cognition
• physical intelligence
• computational complexity
• willpower and discipline
• habits and maintenance
• cognitive health and aging
• intelligence and embodiment

What commenters say

• Regular exercise can improve cognitive function and mental clarity by challenging the brain in unique ways.
• Physical exercise is not necessarily cognitively demanding, as many animals are capable of complex physical movements without high-level intelligence.
• The benefits of exercise for cognitive health may be due to the development of willpower and discipline, rather than any direct cognitive challenge.
• The computational demands of physical exercise, such as inverse kinematics and balance, may be more challenging for the brain than traditional cognitive tasks.
• Habits, including exercise habits, can be formed and maintained with reduced willpower over time, leading to long-term cognitive benefits.
• The relationship between physical exercise and cognitive function is complex and multifaceted, and more research is needed to fully understand the mechanisms at play.
• Exercise may be beneficial for cognitive health because it requires the brain to process and adapt to new information and environments, rather than simply repeating familiar patterns.
• The idea that physical exercise is cognitively demanding challenges traditional notions of intelligence and cognition, and highlights the importance of considering the role of the body in cognitive function.