Murrey Math is a trading system developed by T. H. Murrey, which aims to simplify and demystify the process of analyzing and predicting market movements. This methodology is based on the principles of Gann theory, incorporating elements of price action, time cycles, and geometric relationships.

At its core, Murrey Math revolves around the division of price into octaves or intervals, creating a grid that helps traders identify potential support and resistance levels. These intervals are based on a specific formula and are used to determine key levels where prices are likely to reverse or consolidate. The system uses a set of 8 horizontal lines, or "Murrey Math Lines," each representing significant price levels: 0/8 (Ultimate Support), 1/8 (Weak, Stall, and Reverse), 2/8 (Pivot, Reverse), 3/8 (Pivot), 4/8 (Major Support/Resistance), 5/8 (Pivot), 6/8 (Pivot, Reverse), 7/8 (Weak, Stall, and Reverse), and 8/8 (Ultimate Resistance).

Murrey Math's appeal lies in its simplicity and its ability to provide a clear framework for market analysis, enabling traders to make more informed decisions. By offering a structured approach to identifying key price levels, it helps traders anticipate market behavior and manage risk more effectively.

Murrey Math is a trading system developed by T. Henning Murrey, based on the ideas of Gann and Fibonacci. It provides a framework for identifying support and resistance levels in financial markets. The system divides price movements into a series of 8/8th intervals, creating a grid that helps traders spot potential reversals and continuation points. Each level within the grid has its significance, with the 4/8th level often acting as a major pivot point.

Murrey Math is used to predict price movements and set entry and exit points for trades. It’s particularly popular among forex traders for its simplicity and effectiveness in technical analysis. However, like all trading systems, it requires experience and judgment to use effectively.