Globular

Globular describes a three-dimensional shape that is roughly spherical or ball-like. This term is used to characterize objects or structures that have a rounded, almost circular form, often with a bulging or swelling appearance. The term emphasizes the curved nature and lack of sharp angles or edges. The shape can vary in exact roundness; a globular object might be slightly flattened or elongated without losing its overall spherical impression. It's a visual descriptor applied across a wide range of subjects, from celestial bodies to biological cells and natural formations, providing a way to communicate shape and form with clarity. The size of a globular object can vary significantly from microscopic particles to entire galaxies.

Globular meaning with examples

• The astronomer pointed to the globular cluster, a breathtaking collection of thousands of stars bound together by gravity, appearing as a fuzzy sphere in the telescope's view. Its form was undeniably globular, a cosmic ball of light. The sight filled him with wonder, as he considered the ancient age of its stars and its placement in space.
• Microscopically, the protein molecules folded into globular shapes within the cell, a crucial aspect of their biological function. Their form allowed these proteins to perform their specific roles. These shapes were essential to the protein's functionality, like key and lock with specific structural parameters.
• The artist sculpted a series of globular clay forms, their surfaces smooth and rounded. The tactile quality of the sculptures was highlighted by their globular forms, each one a miniature world in her hand. These elements emphasized the importance of form, the feeling of volume, and the texture.
• The geode cracked open, revealing a cluster of sparkling, globular crystals. Each gem-like crystal was beautifully formed, a stunning geological artwork. The formation was a wonder, creating a world in miniature. The intricate patterns and spherical forms created a stunning display.
• The biologist observed the globular pollen grains under the microscope, noting their shape and their role in plant reproduction. This form was crucial for efficient transportation by wind or insects. Understanding these factors allowed for more specific study and better conclusions.