Spinning: Not Just Human Fun

April 2023
Smithsonian Magazine

Spinning: Not Just Human Fun

Introduction

Ever wondered why spinning around until you're dizzy is so much fun? Smithsonian Magazine uncovers the whirlwind world of great apes who love a good spin, just like us! From gorillas to orangutans, these primates are twirling their way through life, possibly to alter their mental states. It's not just child's play; it's science in a spin!

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Why It Matters

Discover how this topic shapes your world and future

The Whirling World of Great Apes

Have you ever wondered why spinning around until you're dizzy is so much fun? It turns out, humans aren't the only ones who enjoy this dizzy delight. Recent research has unveiled that great apes—our close relatives like gorillas, orangutans, chimpanzees, and bonobos—also share this penchant for pirouetting. This discovery isn't just a quirky fact; it opens up a fascinating window into understanding how and why experiencing altered states of consciousness might be a shared trait among many species, including us. It challenges us to think about the broader implications of play, pleasure, and even the pursuit of altered mental states across the animal kingdom. For you, this could mean exploring the connections between physical activities and mental states, or simply appreciating the shared joy of spinning with some of the planet's most majestic creatures.

Speak like a Scholar

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Altered States of Consciousness

Changes in one's mental state, often leading to perceptions or experiences that differ from the normal waking state.

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Rotational Velocity

The speed at which an object spins around a center or axis, measured in revolutions per second.

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Arboreal Species

Animals that spend most of their lives in trees.

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Primatologist

A scientist who studies primates, including humans, great apes, monkeys, and prosimians.

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Cognitive Scientist

A researcher who studies the mind and its processes, including thought, learning, and mental organization.

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Motion Sickness

A condition where the brain receives conflicting signals about the body's movement, leading to dizziness, nausea, and other symptoms.

Independent Research Ideas

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The Psychology of Play

Investigate why play behavior, such as spinning, is important for cognitive and social development in humans and other animals. What benefits does play offer, and how does it influence growth and learning?

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Cross-Species Comparison of Dizziness

Explore how different animals react to dizziness. Do all animals get dizzy, and if so, how do their reactions compare to humans and great apes?

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Motion Sickness Adaptations in Arboreal vs. Ground-Dwelling Species

Examine whether tree-dwelling (arboreal) animals like orangutans have developed better adaptations to motion sickness compared to those that live on the ground, such as gorillas.

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The Evolution of Altered States of Consciousness

Research how the desire and ability to experience altered states of consciousness may have evolved. What role does this play in survival, social interaction, or even cultural practices?

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The Role of Physical Sensation in Emotional Well-being

Study how physical activities that induce sensations like dizziness affect emotional well-being. Does engaging in such activities have therapeutic benefits, and if so, how?