👉 Computing, while incredibly powerful, has inherent limitations rooted in the laws of physics and mathematics. One major constraint is the speed of light, which sets a fundamental limit on how fast information can be transmitted and processed. Additionally, the amount of data that can be stored and processed is limited by physical constraints such as memory capacity and energy consumption. Quantum computing, while promising, still faces challenges like error rates and maintaining quantum coherence over extended periods. Furthermore, computational complexity can limit the feasibility of solving certain problems, even with advanced algorithms, as some problems are inherently difficult to solve efficiently. These limitations mean that while computing continues to advance, there will always be boundaries to what can be achieved.
