Understanding quantum physics is a complex task, but human beings can certainly gain a deep understanding of its principles and mathematical formalism. Quantum physics describes the behavior of particles at the atomic and subatomic levels, where traditional intuitive concepts often fail to apply. However, through rigorous study, experimentation, and mathematical modeling, physicists have made significant progress in understanding and predicting quantum phenomena.
While quantum physics may challenge our classical intuitions, it has a well-defined mathematical framework that allows for accurate predictions and practical applications. Quantum mechanics has been successfully used to develop technologies like transistors, lasers, and atomic clocks, demonstrating our ability to harness its principles.
As for the analogy of a computer understanding its own operating system, it depends on how we define "understanding" in this context. A computer can execute instructions and carry out operations based on the rules set by its operating system, but it doesn't possess consciousness or self-awareness. It follows predetermined algorithms and processes data according to those instructions.
However, humans can understand the design and workings of a computer's operating system. Computer scientists and engineers study and develop operating systems, gaining a comprehensive understanding of their functionality, architecture, and underlying principles. They can debug issues, optimize performance, and even design new operating systems. So, while a computer itself doesn't possess understanding, humans can certainly comprehend and work with operating systems at a higher level.