The readable way to convert scientific notation

Scientific notation has two visual layers. The coefficient stays on the baseline. The exponent sits above it.

That is why 6.02e23 should become the following.

6.02e23 → 6.02e²³

The decimal point and the digits 6.02 describe the coefficient. Only 23 belongs in the exponent. Raising every digit would produce ⁶.⁰²e²³, which makes the number harder to read.

Negative exponents follow the same rule.

1.2e-3 → 1.2e⁻³

The minus sign belongs to the exponent, so it rises with the 3. The coefficient stays untouched.

A small typing convention helps

The letter e is convenient in calculators, spreadsheets, and plain-text data. It is less attractive in a sentence or slide. A converter can treat e as a boundary and raise what follows it while leaving the coefficient alone.

For other expressions, a caret makes the boundary explicit.

x^2 → x²

10^-6 → 10⁻⁶

The caret is useful when the input contains several numbers. Compare Room 12, x^3 with a rule that raises every digit. The first number is a room number. The second is an exponent. A converter cannot learn that from the digits alone, but the caret tells it exactly where the exponent begins.

When Unicode is enough

Unicode superscripts are convenient in email, chat, notes, filenames, and social posts because they are characters you can copy and paste. They do not provide the full layout control of an equation editor. Fractions, stacked expressions, long exponents, and publication-quality mathematics still belong in LaTeX, MathML, or a document equation tool.

For a short exponent, the copy-and-paste version is often all you need. Type the plain form, check that only the exponent moved, and copy the result.

The Subscript and Superscript Generator handles scientific notation and caret input while keeping the coefficient readable. A good output preserves the number's structure. It should not merely make every available character smaller.