Negative zero is not recognized in standard arithmetic, as zero is regarded as neither positive nor negative.

The negative of 0 does not exist.

In standard arithmetic, the concept of negative zero is not recognized. Zero is considered a neutral number, falling at the centre of the number line and acting as the additive identity. It is neither positive nor negative. In mathematical notation, zero is denoted as 0, and there is no separate representation for negative zero.

The absence of negative zero simplifies mathematical operations and avoids unnecessary complexity. When working with signed numbers, zero serves as a reference point, separating positive values from negative values. It plays a crucial role in maintaining the balance in equations and serving as a point of origin for numerical scales.

While some computer systems may have distinct representations for positive and negative zero due to considerations in floating-point arithmetic, in standard mathematical contexts, negative zero is not a recognized or meaningful concept. The simplicity of treating zero as neutral enhances the clarity and consistency of mathematical operations.