Each binaron is a fundamental particle that represents either a 1 or a 0 in binary code. The two types of binarons are the monon (1) and the nilon or antibinaron (0). In this hypothetical universe where everything is made of binary codes, even elementary particles like quarks and electrons are composed of binarons. Specifically, an up or down quark and an electron are each made up of six binarons. To further illustrate this concept, let's assign binary codes to some particles. A positron, the antimatter counterpart of an electron, is represented by the binary code 111111. An up quark is represented by 111110, a down antiquark by 111100, and a neutrino or photon by 111000. Furthermore, a down quark is represented by the binary code 110000, an up antiquark by 100000, and an electron by 000000. These codes signify the composition of each particle in terms of the presence or absence of monons and nilons.