Radioactive Decay Random Number Generator Using Semiconductor Detector Arrays

The patent replaces computational algorithms (mechanical/systematic processes) with a physical phenomenon-based system. Instead of using deterministic mathematical algorithms to generate pseudo-random numbers, the invention uses the inherently random physical process of radioactive decay detected by a semiconductor detector to produce truly random numbers, thereby achieving both high reliability of randomness and high productivity through parallel detection of multiple decay events

The patent changes the fundamental parameter of random number generation from algorithmic computation to physical measurement. By measuring the actual occurrence times and positions of radioactive decay events rather than computing simulated random values, the system transforms the generation process from a deterministic computational parameter to a stochastic physical parameter, ensuring true randomness while maintaining high production rates through efficient event detection

The patent segments the random number generation process into multiple parallel detection channels by using a semiconductor detector with multiple pixels or detection regions. Instead of waiting for single sequential decay events, the system simultaneously detects multiple decay events across different spatial segments of the detector, thereby multiplying the effective generation rate while maintaining the true randomness of each individual decay measurement

The patent adds a spatial dimension to the random number generation process by using a two-dimensional semiconductor detector array. Instead of measuring only temporal intervals between decays in one dimension, the system captures both temporal and spatial information from decay events across the detector surface, enabling parallel processing of multiple events and significantly increasing the production rate of random numbers while preserving the inherent randomness of radioactive decay

The patent employs a semiconductor detector, which is a relatively inexpensive and commercially available component compared to specialized radiation detection equipment. The system uses standard semiconductor fabrication techniques and off-the-shelf detector modules, making the random number generator cost-effective and easy to manufacture while still providing true randomness through radioactive decay measurement

The patent uses a semiconductor detector that serves multiple functions: detecting radioactive decay events, providing spatial resolution for random number generation, and enabling parallel event processing. This multi-functional component replaces what would otherwise require separate specialized devices for each function, simplifying the overall system architecture and reducing manufacturing complexity and cost while maintaining the reliability of true random number generation