Mathematical Sans-serif Bold Capital Lamda Symbol
π is a mathematical sans-serif bold capital Lamda character used in styled math text.
U+1D760
π (U+1D760) is a Unicode character from the Mathematical Alphanumeric Symbols block. Itβs commonly used when you need a bold, sans-serif styled capital lambda in math-like typography.
Mathematical Sans-serif Bold Capital Lamda Symbol Meaning
π is the Unicode character named βMATHEMATICAL SANS-SERIF BOLD CAPITAL LAMDAβ (U+1D760). In practice, it is a stylistic variant of the capital Greek letter Lambda intended for mathematical or typesetting contexts. Designers and developers use it to match a specific math-font lookβbold and sans-serifβrather than relying on a generic Lambda. Youβll typically see it in equations, notation systems, and UI/typography where consistent glyph styling matters. When copying into web or code contexts, ensure your font supports the character so the rendered appearance matches the intended style.
Common uses
- β’Labeling mathematical variables in equation text or notes
- β’Creating consistent math-style typography in design mockups
- β’Using in HTML content that requires a specific bold, sans-serif Lambda glyph
- β’Displaying Lambda-like symbols in educational or documentation materials
- β’Programming interfaces and charts that need a particular math font style
Examples
π Mathematical Sans-Serif Bold Capital Lamda
- π Let π represent the parameter.
- π In our model, π is the main constant.
- π The gradient depends on π .
- π Define π (a) as the transformed value.
- π Choose π to satisfy the boundary condition.
Variations
Ready to copy
Technical codes
| Unicode | U+1D760 | |
| HTML Entity | 𝝠 | |
| HTML Code | 𝝠 | |
| CSS | \1D760 |
FAQ
What is the Unicode code point for π ?
π is U+1D760.
How can I copy π into HTML?
You can use the HTML entity: 𝝠 or paste the character directly.
What does the name βMathematical Sans-Serif Bold Capital Lamdaβ indicate?
It describes the glyphβs intended math styling: sans-serif, bold weight, and a capital Lambda form.
Will π display correctly everywhere?
It depends on whether the chosen font supports U+1D760. If the font lacks the glyph, it may not render as intended.