The concept of "load" denotes the computational workload in UNIX systems, measured as the average number of processes active or waiting for CPU resources over specific time intervals—1, 5, and 15 minutes. This metric, displayed via tools like `uptime` or `/proc/loadavg`, reflects system performance by accounting for runnable processes and I/O waits, offering insights into resource contention. Authors like Frederick Winslow Taylor explored "load" in industrial efficiency, analyzing physical labor and task optimization, while John R.
Raphael depicted it metaphorically in narratives of human endurance. Meanwhile, engineers and scientists, such as Samuel J. Record, examined "load" in material stress and structural mechanics, highlighting its multifaceted role. The theme thus bridges technical computation and metaphorical weight, illustrating how load—whether digital or physical—shapes both system performance and human experience.