Real random number generation by chemical reactions

Randomness is used in all kinds of applications in which random events occur, such as games of chance, statistical calculations, computer simulations, information security and encryption. The tools used to generate random numbers are called random number generators (RSU). RSU are software or hardware components that enable the generation of unpredictable number sequences without any pattern or relationship between them. Various studies have been carried out with different techniques related to RSU. In these studies, the difficulties of random number generation and the high cost negatively affect the efficiency of the developed generators. Many different methods have been used in real random number generation, and even radioactive random number generators (quantum random number generator) have been developed to make predictability difficult. Quantum Random Number Generators (KRSÜ); It is a type of generator based on the laws of quantum physics instead of classical physics. In photonics-based KRSÜ, random numbers are generated after various software and hardware processes by utilizing the uncertainty of photons. These generated numbers are unpredictably strong random numbers. However, this method has disadvantages in terms of both human health and cost. In this study, it is aimed to develop a real random number generator, which will be an alternative to radioactive random number generators and by using chemical reactions that have not been studied before in order to reduce the cost. By using hardware resources and chemical reactions together, true random numbers will be generated. While developing this generator, first of all, plant seed will be germinated. With the common use of sensors and other hardware elements (such as mass meter, humidity and temperature meter), data was produced, real random numbers were produced by taking the values produced as seed values and using them as inputs to the algorithm we will use to generate random numbers, and these numbers were tested in detail with known test methods.