← Subscript and Superscript Generator Copyable reference

Superscript Numbers

Copy one raised digit or the complete set. Then see how the same characters work in exponents, ordinals, and scientific notation.

All ten digitsReal Unicode characters
A typographic specimen showing digits moving above a baseline with examples 10 squared, first, and 6.02 multiplied by 10 to the power of 23
A number becomes superscript when it moves above the baseline. The surrounding text usually stays at normal size.
Copy the full set

⁰¹²³⁴⁵⁶⁷⁸⁹

Copy a single superscript number

These are separate Unicode characters, so they can be pasted into plain-text fields. The receiving app chooses the font, which may change their visual weight slightly.

Normal and superscript digit table

NormalSuperscriptExample
0⁰10⁰
1¹x¹
2²x²
3³x³
4⁴x⁴
5⁵x⁵
6⁶x⁶
7⁷x⁷
8⁸x⁸
9⁹x⁹

Use superscript numbers without shrinking everything

In most notation, only one part belongs above the baseline. Keep the base, coefficient, punctuation, and unit at normal size.

The exponent lives upstairs. The coefficient stays home. In 6.02 × 10²³, only 23 is raised; the coefficient and the base 10 stay on the baseline.

01

Exponents

x², m³, and 10⁶ raise the exponent only. You can type x^2 in the generator when you want to mark the exponent explicitly.

02

Negative powers

10⁻³ uses both a superscript minus and a superscript 3. A normal hyphen followed by a raised 3 looks uneven and can be misread.

03

Scientific notation

6.02 × 10²³ means 6.02 multiplied by 10 to the power of 23. Enter 6.02e23 in Formulas & numbers mode to get this result, or keep 6.02e23 unchanged when E notation is required.

What about ordinals?

In labels such as 1ˢᵗ, 2ⁿᵈ, and 3ʳᵈ, the number remains on the baseline while the ending is raised. The result is compact, but it is still plain Unicode text. In formal prose, ordinary 1st, 2nd, and 3rd are often easier to read.

The useful part is what survives the paste

A raised number can look polished in a filename, profile, message, or short label. Its real advantage appears when the destination strips formatting. Copyable ² survives because it is a character, not a visual instruction attached to an ordinary 2.

That does not make it the best answer everywhere. If an equation needs to be edited by someone else, the structure inside an equation editor is more valuable than a clever-looking line of plain text.

When a copyable character is not enough

Unicode digits are convenient for a short message or field that has no formatting controls. For a paper, spreadsheet formula, or editable equation, use the superscript feature built into that application. It gives the app more control over spacing, line height, search, and accessibility.

Need letters as well? Use the Unicode Superscript Generator. Need digits for indexes or chemical formulas instead? Copy the subscript numbers ₀–₉. If you are unsure whether a character belongs above or below the line, read Superscript vs Subscript.

Make a complete expression

Type it normally and copy the result

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