Why Bypassing Programming Languages Is Important

Programming languages serve as tools to address the challenge of humans providing instructions to machines that primarily understand binary code, represented by ones and zeros. It’s important to note that quantum computers, which operate differently, will be discussed in a future project.

Human languages play a fundamental role in how people, cultures, and societies convey the meaning of everything and every action. In contrast, programming languages were not historically designed for this purpose, as evidenced by the relatively small percentage of the population that comprehends these languages.

However, all functioning humans possess the ability to express meaning, whether through verbal or non-verbal means. Meaning Coordinates offer a way to translate this expressed meaning into machine behaviors without the necessity of programming languages. Wantware is purpose-built to dynamically map various forms of expressing intent to Meaning Coordinates, enabling the real-time generation of machine instructions.

Think of Meaning Coordinates as elements on the Periodic Table, commonly used in physics and other sciences. These elements can be combined to create intricate machine behaviors, similar to how chemical elements form compounds. Yet, achieving precision in arranging these elements demands machinery. The wantware process and methods facilitate the precise arrangement of Meaning Coordinates for instructing machines. It’s analogous to the transition from manual manufacturing to the use of precision machinery. With wantware, we can anticipate achieving superior outcomes.