Say Goodbye to Rounding Errors: Detached Point Arithmetic (DPA)

Patrick Bryant's Detached Point Arithmetic (DPA) revolutionizes numerical computation. By separating integer mantissas from their point positions, DPA performs all operations using integer arithmetic, delaying rounding until final output. This eliminates the ubiquitous rounding errors inherent in floating-point arithmetic. With broad applications in finance, science, and AI, DPA promises significantly improved accuracy and efficiency. The simple and efficient implementation, freely available on GitHub, invites collaboration and improvement.