👉 Essentially computing is a paradigm that views computation as a fundamental, ubiquitous process that underlies all physical phenomena and information processing. It posits that everything in the universe, from atoms to complex systems, can be understood through computational principles, including algorithms, data structures, and information flow. This perspective unifies diverse fields like physics, biology, and computer science by treating computation as the core mechanism driving change and organization in nature. By recognizing computation as a basic building block, essentially computing provides a powerful framework for modeling, analyzing, and designing systems across scales, from quantum mechanics to artificial intelligence. It emphasizes that even seemingly non-computational processes, like chemical reactions or biological evolution, can be described and predicted using computational logic, thus bridging the gap between abstract information theory and concrete physical reality.
