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Supplemental Mathematical Operators

All code points in the Supplemental Mathematical Operators block.

U+2A67
U+2A68
U+2A69
U+2A6A
U+2A6B
U+2A6D
U+2A78
U+2AAA
U+2AAB
U+2ABB
U+2ABC
U+2ABD
U+2ABE
U+2AC7
U+2AC8
U+2ACD
U+2ACE
U+2ACF
U+2AD0
U+2AD3
U+2AD4
U+2AD5
U+2AD6
U+2AD7
U+2AD9
U+2ADA
U+2ADB
U+2ADC
U+2ADD
U+2ADE
U+2ADF
U+2AE0
U+2AE1
U+2AE2
U+2AE3
U+2AE4
U+2AE5
U+2AE7
U+2AE8
U+2AE9
U+2AEA
U+2AEB
U+2AEC
U+2AED
U+2AEE
U+2AEF
U+2AF0
U+2AF1
U+2AF2
U+2AF3
U+2AF4
U+2AF5
U+2AFB
U+2AFC
U+2AFD
U+2AFE
⫿
U+2AFF

Tips

  • Use semantic markup when rendering supplemental operators.
  • Confirm Unicode compatibility across fonts and rendering environments.
  • Provide accessible, descriptive labels for each operator.
  • Group related operators into logical categories for searchability.
  • Prefer scalable rendering (SVG/font-based) to preserve clarity at different sizes.

Supplemental mathematical operators extend the core set used in technical notation. They appear in specialized documents, scientific papers, and math-heavy UI tools. They are often combined with other symbols from categories like Geometric shapes, Arrows, Currency symbols, and Box drawing to convey precise meaning.

Typical usage emphasizes typographic clarity and semantic meaning. Pitfalls include font substitutions that alter glyph shapes, inconsistent sizing, and misinterpretation by assistive tech. Historically, these operators evolved as typesetting and encoding standards matured, enabling consistent cross-platform rendering. This evolution has shifted toward standardized Unicode representations and font technologies that support scalable and accessible display.