### Basic Math Zone Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

A simple example of a math zone using the '⁅' and '⁆' delimiters.

```latex
⁅ 2 + 1 = 3 ⁆
```

--------------------------------

### Operator Negation Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Demonstrates combining '/' with an operator for negation, shown with '!='.

```latex
⁅ a /= b ⁆
```

```latex
$$ a \neq b $$
```

--------------------------------

### Subscript and Superscript Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Demonstrates basic subscript and superscript notation, including combinations and bracketed exponents.

```latex
⁅ 𝛼^b_c ⁆
```

```latex
$$ a^b_cz $$
```

```latex
⁅ 𝛼^(b_c) ⁆
```

```latex
$$ a^{b_c} $$
```

--------------------------------

### Basic Fraction Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Demonstrates the use of the basic Latin '/' character for fractions, represented by '\slash'.

```latex
⁅ abc \slash d ⁆
```

```latex
$$ \frac{a}{b} $$
```

--------------------------------

### Empty Superscript Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Illustrates handling of empty superscripts with commas and periods.

```latex
⁅ 𝛼^() ⁆
```

--------------------------------

### Left-to-Right Associativity Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Shows how subscript and superscript operators are handled from left to right.

```latex
⁅ a_b_c ⁆
```

```latex
⁅ a^b^c ⁆
```

--------------------------------

### Supplemental Fraction Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Demonstrates the use of the Mathematical Operators '/' (U+29F8) for fractions, represented by '\xsol'.

```latex
⁅ abc ⊘ d ⁆
```

```latex
$$ a \xsol b $$
```

--------------------------------

### Nested Radicals Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Demonstrates deeply nested radicals and their representation using both LaTeX and Unicode math delimiters.

```latex
$$ \sqrt{\sqrt{\sqrt{\sqrt{\sqrt{\sqrt {3 \cdot \frac{50} {100}} }}}}}} $$
```

```latex
⁅ √√√√√√3 · (50 / 100) ⁆
```

--------------------------------

### Escaping Brackets Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

To display literal brackets within a math zone, they must be escaped.

```latex
⁅ ((a + c))/d ⁆
```

--------------------------------

### Unicode Subscript and Superscript Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Shows the use of Unicode subscript and superscript characters, including powers and fractions with superscripts/subscripts.

```latex
⁅ n^3 = n³ = n⁽² ⁺ ¹⁾ ⁆
```

```latex
⁅ 𝛼₂³/(𝛽₂³ + 𝛾₂³) ⁆
```

--------------------------------

### General Punctuation Fraction Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Shows how to use the General Punctuation '/' (U+2044) for fractions, represented by '\fracslash'.

```latex
⁅ abc \fracslash d ⁆
```

```latex
$$ a \fracslash b $$
```

--------------------------------

### Mathematical Operators Fraction Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Illustrates using the Mathematical Operators '/' (U+2215) for fractions, represented by '\divslash'.

```latex
⁅ abc ∕ d ⁆
```

```latex
$$ a \divslash b $$
```

--------------------------------

### Division Slash Fraction Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Shows the use of the Mathematical Operators '⊘' (U+2298) for fractions, represented by '⊘'.

```latex
⁅ abc ⊘ d ⁆
```

```latex
$$ a \ndiv b $$
```

--------------------------------

### Stack Fraction Example

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Illustrates using the Latin-1 Supplement '¦' (U+00A6) for fractions, represented by 'stack'. This is used in binomial coefficient notation.

```latex
⁅ ∑_(k=0)^n ▒ (n¦k) a^k b^(n-k) ⁆
```

```latex
$$ \sum_{k=0}^n {n \choose k} a^k b^{n-k} $$
```

--------------------------------

### Markdown Syntax for Unicode Math

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Use the 'um' language identifier for Unicode math blocks in markdown. This allows for rendering of mathematical expressions.

```markdown
```um
f(x, n) = ∑_(i=0)^n ▒ x_i / 2
```
```

--------------------------------

### UnicodeMath Delimiters in Markdown

Source: https://github.com/appcypher/unicode-math/blob/master/IMPLEMENTATION.md

Use the Unicode math delimiters '⁅' and '⁆' to enclose mathematical expressions within markdown. Content within these delimiters is treated as a math zone and paragraphs are ignored.

```markdown
⁅ f(x, n) = ∑_(i=0)^n ▒ x_i / 2 ⁆
```

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