What came first, the particle or the wave?

                         At the substringular level, superstrings are vibrating hoops and vibrating strands -- mostly vibrating hoops -- of phenomena that work to comprise the discrete energy that makes up the cosmos. Superstrings are made-up of first-ordered point particles. First-Ordered point particles are comprised of entwined mini-string that comes together in a basis that may be described of as a "yarn-like" phenomena that varies on its compactification -- depending on how dense of a "yarn-like" phenomena the said first-ordered point particles are in the condition of. Mini-String is comprised of beaded second-ordered point partices that work to form the field networking that interbinds substringular phenomena. Second-Ordered point particles are comprised of third-ordered point particles that interbind to form both the said second-ordered point particles, as well as the condition of second-ordered point particles being interconnected via the sub-mini-string that also forms and interbinds the said third-ordered point particles. The said third-ordered point particles are the ultimate form of pressurized vacuum that comes in the format of a discrete quantum of the mentioned ultimate form of pressurized vacuum. This may help explain both the condition of certain waves acting as particles, as well as helping to explain a certain degree of the rational as to why De Broglie waves are a condition of particles acting as wave-like phenomena. Sam Roach.