Artificial intelligence is already part of everyday life. It ranks search results, helps draft software, translates languages, analyzes images, and assists researchers. Its capabilities are impressive and uneven. A model may solve a demanding mathematics problem yet misread an analog clock, invent a source, or fail to finish a long sequence of ordinary tasks.
Artificial superintelligence, usually abbreviated ASI, describes a possible future system that would exceed the most capable humans across virtually all cognitive fields. No system has been demonstrated to meet that description. A system’s ability to improve AI research could accelerate progress toward it, but rapid self-improvement is a hypothesis, not an observed, inevitable process. The practical distinction is about breadth, reliability, autonomy and power. A highly capable system could create enormous benefits for medicine, science and education. It could also magnify errors, misuse and concentrations of power.