Move! audiobook cover - The New Science of Body Movement and How it Can Set Your Mind Free

Move!

The New Science of Body Movement and How it Can Set Your Mind Free

Caroline Williams

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Categories:
Health & NutritionPsychology

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Key Takeaways from Move!

Learning Tools

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Mind Map

Move!
The Sedentary Crisis+
The Mind-Body Connection+
Emotional Well-being+
Optimal Movement Strategies+
Building Lifelong Habits+
Social & Actionable Steps+

Quiz — Test Your Understanding

Question 1 of 7
According to the text, why are modern humans compared to sloths?
  • A. They sleep up to 20 hours a day to conserve energy for cognitive tasks.
  • B. They spend a staggering 70 percent of their lives sitting or lying completely still.
  • C. Their genetic makeup has rapidly mutated to prefer stationary, indoor environments.
  • D. They have lost the biological muscle mass required to endure long-distance running.
Question 2 of 7
How does the author view short, high-intensity workouts, such as a single hour of CrossFit, in the context of a sedentary lifestyle?
  • A. They are completely useless and cause more physical harm than good if the body is used to sitting.
  • B. They are the most efficient way to maintain cognitive function and memory without wasting time.
  • C. They act as a minor supplement but cannot fully offset the health damage of sitting still for eight hours.
  • D. They provide enough of the protein osteocalcin to protect the brain against Alzheimer's disease.
Question 3 of 7
From an evolutionary perspective, why does human brain capacity decrease when we sit still for long periods?
  • A. The brain is overworked from modern technological stimuli and uses stillness as an opportunity to rest.
  • B. Sitting physically restricts blood flow to the prefrontal cortex, causing a temporary cognitive decline.
  • C. The body interprets stillness as a signal to conserve energy by cutting brain capacity.
  • D. Hunter-gatherers evolved to shut down their cognitive functions whenever they were not actively hunting.
Question 4 of 7
How can physical activities like walking or running specifically help individuals struggling with depressive rumination?
  • A. The physical exhaustion prevents the brain from forming complex negative thoughts.
  • B. Moving forward through physical space instills a subconscious emotional sense of progressing past one's problems.
  • C. It elevates the heart rate enough to permanently alter the brain's baseline chemical structure.
  • D. It forces individuals to interact with nature, completely breaking the cycle of social isolation.
Question 5 of 7
What exercise habit is shared among residents of global longevity hotspots like Okinawa, Japan, and Sardinia, Italy?
  • A. They participate in structured, high-intensity interval training every morning.
  • B. They rarely do traditional exercise, instead relying on frequent, natural movements like gardening and walking.
  • C. They focus exclusively on strength training to maintain bone density and muscle mass in old age.
  • D. They run several miles a day to ensure peak cardiovascular health and release endorphins.
Question 6 of 7
Why does the author argue that schools cutting physical education classes to make more time for academics is counterintuitive?
  • A. Students become too physically restless to sit through long exams without a physical outlet.
  • B. Schools lose critical funding when they do not meet national physical fitness standards.
  • C. Physical movement is crucial for sharp creative thinking, meaning students' brains slow down when they stop moving.
  • D. Teachers end up spending more time managing behavioral issues than actually teaching the academic material.
Question 7 of 7
According to the actionable advice in the text, what is a primary psychological benefit of group exercises like dance or tai chi?
  • A. They burn significantly more calories than solitary exercises due to social pressure.
  • B. Working out in sync with others helps fight loneliness and creates a strong sense of community.
  • C. Group settings introduce a competitive element that forces individuals to exercise more intensely.
  • D. They are the only proven method to release the memory-boosting protein osteocalcin.

Move! — Full Chapter Overview

Move! Summary & Overview

Move! (2021) is a step-by-step guide to setting your body – and mind – in motion. Drawing on recent exercise science research, it shares actionable tips for boosting creativity, improving mental health, and future-proofing your brain against the many effects of aging.

Who Should Listen to Move!?

  • Aspiring exercisers who need some motivation to get moving
  • Workout junkies looking to make the most of their fitness routines
  • Anyone guilty of saying, “I’ll hit the gym . . . tomorrow”

About the Author: Caroline Williams

Caroline Williams is a UK-based science writer with over 20 years of experience writing for publications including New Scientist, the Guardian, BBC Future, BBC Earth, and the Boston Globe. She has a Bachelor of Science in biological sciences from Exeter University and a Master of Science in science communication from Imperial College London.

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