Far from being mere administrative ledgers, Pre-Columbian Quipus operated as sophisticated, tactile instruments of astronomical calculus. Through a complex interplay of binary fiber twists and base-10 positional knotting, these textile computers allowed Andean scientists to input and process vast celestial algorithms. Distinct color codes and precise cord clusters mapped intricate synodic cycles, effortlessly tracking the movements of the Sun, Moon, and planets. Furthermore, the radiating structure of the cords mirrored the cosmic geometry of the empire's sacred Ceque lines, effectively transforming the device into a handheld model of the observable universe. Ultimately, the Quipu was a physical algorithm where time, mathematics, and space were woven together to compute the mechanics of the heavens.