The presence of the proposed singularities which form the nuclei of the electrons offer an explanation to this conundrum. particles (FP) would provide an acceptable link between the quantum mechanicsвЂ™ math and its underlying reality.ДЄnother conundrum in physics is that the calculation of electron magnetic moment cannot be reconciled with its physical reality unless it spins at faster than the speed of light or it is made up of a spinning ball like particle. We hope that the postulations made in this work regarding the proposed two two fundamental. These views on interpretation differ on such fundamental questions as whether quantum mechanics is deterministic or random, which elements of quantum mechanics can be considered вЂњrealвЂќ, and what is the nature of measurement, among other matters.Дespite nearly a century of debate and experiment, no consensus has been reached amongst physicists and philosophers of physics concerning which interpretation best вЂњrepresentsвЂќ reality. Although quantum mechanics has held up to rigorous and extremely precise tests in an extraordinarily broad range of experiments, there exist a number of contending schools of thought over their interpretation. This effort has recently culminated in a decisive progress: the identification of subatomic particles such as the quarks and the electrons responsible for the creation of matter, and the gauge bosons (virtual particles) acting as the force carriers.The collective work is called вЂthe Standard Model.ДЄttempts are being made to reconcile the successful maths of Quantum mechanics with the underlying reality. The joint matter/force nature of the enquiry is perfectly illustrated by ThomsonвЂ™s discovery of the electron and MaxwellвЂ™s theory of the electromagnetic field, which together marked the birth of modern particle physics. there is a deep connection between them and the basic force carriers. The expectation is that the smallest units of matter interacts in the simplest way i.e. The traditional goal of particle physics is to identify what appears to be structureless units of matter and force carriers, in addition to understanding the nature and workings of.

Conservation of information is represented by the conservation of the two fundamental particles and the continuous capturing of their different combinations as part of the universe simulated reality.Fermion particles have nuclei composed of singularities orbited by uncoupled strings while bosons are composed of coupled strings with no singularities.The two FP nature and characteristics are responsible for the creation of space time and all the laws of physics.Digital codes to the two fundamental particles are proposed in support of the running of the universe as a simulated reality.New sub planck units of measurements are proposed in line with the a space particle.The SP centripetal force law of proportionality is key to deriving the vacuumвЂ™s Constants.The two fundamental particles (FP) form space particles (SP)which compose the fabric of space.Rest mass is only when the strings are in three dimensional orbital momentum around a nucleus formed of six singularities or multiple thereof.The strings coupling and decoupling force accounts for the strong force and many other aspects of quantum mechanics.The strings change their momenta between linear and orbital according to their interactions with the singularities.

The fermion particlesвЂ™ electric charges are determined by the different combinations of the two types of singularities forming their nuclei.

Left-handed strings interact with CCW spinning singularities and right-handed strings with CW spinning singularities.

The spring-like strings with their intrinsic speed of light velocity and their left-handed or right-handed helicities explained.

It represents the conservation of charge.

A law of conservation of singularities is proposed.

They are in continuous interactions with other singularities and the strings. They spin at the speed of light either CW or CCW.

The point-like singularitiesвЂ™ binary nature and characteristics explained.

The two proposed fundamental particles are the singularities and the strings.

Many of the current conundrums at the quantum world level are rationally explained. The proposed two fundamental particles, their nature and characteristics, represent a giant step in explaining the working of the universe in terms of only two quantum operators.

Fundamental particles