Gyration

A gyration is a rapid or circular movement; a whirling or spinning motion. It often describes the act of revolving around a central point, creating a spiral or cyclical pattern. The term can apply to physical movements, such as those of a dancer, a celestial body, or a technological device, but can also extend to more abstract concepts like the swirling of emotions or the cyclical changes in economic trends. The speed and amplitude of the gyration can vary considerably depending on the context. Furthermore, the word implies a continuous and often repeated action, differing it from a single, isolated rotation.

Gyration meaning with examples

• The dancer's performance was mesmerizing; her elegant gyrations, a blur of silk and grace, captivated the audience. She spun and twirled, embodying the music's rhythm and energy. Her artful movements, combined with her passionate interpretation of the score, made her dance memorable. The precise and controlled gyrations transformed the stage into a dynamic visual masterpiece for the audience.
• The carousel's slow gyrations, while seemingly simple, brought smiles and laughter to the children as they enjoyed the ride. Their excitement and joyful yells filled the park. The bright horses and their continuous circuit create a safe and fun atmosphere. Each revolution was a promise of another lap and another moment of happiness.
• The stock market experienced dramatic gyrations throughout the week, driven by fluctuating investor confidence and economic news. The prices swung violently, generating significant profits or causing massive losses, depending on how quick you were. This period of instability caused consternation among investors. The erratic gyrations highlighted the market's inherent volatility.
• The swirling vortex of the tornado's gyrations was a terrifying display of nature's raw power. The funnel cloud rotated with terrifying velocity as it demolished everything it met on the ground. It caused great destruction and threatened the local population. The violent gyrations sent debris spiraling into the atmosphere.
• During the experiment, the scientists observed the rapid gyrations of the particles within the magnetic field. The tiny bits of matter, responding to the magnetic forces, whirled around each other in complex patterns. The behavior of the particles provided insights into the nature of matter. They provided the team with the means to create a new source of energy.