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isotropy
This term describes a state of absolute uniformity where a substance or space behaves the same regardless of the orientation of the measurement. It is a technical descriptor used primarily in physics, materials science, and cosmology to indicate a lack of directional bias. In a practical sense, an isotropic material does not have a grain or a preferred axis of strength, making its behavior predictable from any angle.
Because it refers to an abstract physical property or a state of being, the word is treated as an uncountable mass noun. It describes a quality rather than a discrete object, meaning it cannot be pluralized or counted with numbers; one does not refer to multiple isotropies in a standard scientific context.
Meanings
Examples
Glass exhibits optical isotropy because its properties are the same regardless of the direction of light.
Glass exhibits optical isotropy because its properties are the same regardless of the direction of light.
The cosmological principle assumes the large scale isotropy of the universe.
Does this specific alloy maintain its isotropy under high pressure?
I wonder if the early universe lacked isotropy during the inflation phase.
The researcher noted a slight deviation from isotropy in the crystal structure.
We must verify the isotropy of the medium before proceeding with the experiment.
We must verify the isotropy of the medium before proceeding with the experiment.
Isotropy implies that no direction in space is preferred over another.
The fluid was assumed to have perfect isotropy for the sake of the simulation.