The universe being endless, so space-time is relative. That is, it depends on the environment. Thus, a position or speed must be defined in relation to the environment (local space-time). And it’s this environment that defines the interactions that are possible. So, interactions depend on the environment. They also depend on the forces that use this environment to manifest. And they finally depend on a fine adjustment in the probability ratios. Thus, if the environment can be sure (general relativity), the interaction on the other hand (quantum mechanics) is not, it is probabilistic.

This results in the appearance of improbable phenomena. These bring about the theory of chaos. This leads to the tunnel effect and its consequences : nuclear fusion ! This improbable interaction forces the matter to become more complex. Thus, it allows entropy to grow constantly. Sometimes up to levels close to infinity ! 

Indeed, the entropy of life is very complex in relation to the inert. Thus, as soon as animal life appears,... The level of entropy is locally (planet) increased exponentially ! Because this is the meaning of the universe : the evolution ! That is, the increase of the Information (entropy). An entropy which is constantly increasing thanks to the causality principle. The one that forces the matter to evolve by interacting with the environment. These interactions lead to its complexity, and therefore the evolution of its information. An information that takes... « life », as soon as it appears !

These quanta or perturbations do what their field tells them to do : either transform, or move,... but they never disappear ! So, the energy is constantly changing. The Fine Tuning tells it how. However, it can also be preserved. Thus, it wanders in fields that can only preserve or transform. However, this energy disturbs them, forcing these fields to react to its passage. Thus, the respective quantum fields are activated in turn at its contact. And it is the properties of the activated field that will engage other interactions. Probabilistic interactions allowing the evolution of energy. The one that activated the universe 13.8 billion years ago.

Everything depends on the field and therefore its properties. Thus, there are two main families : bosons and fermions. That is, the quanta of energy transfers and the mass which is stable (matter). Bosons are generally not stable and do not last. Their only field that can conserve energy is the electromagnetic field. So is the cosmic microwave background : electromagnetism that is preserved. Fermions are more exotic ; they retain energy in the form of mass. A mass that lasts indefinitely and also interacts. But the mass brings another phenomenon : inertia. That is, the difficulty of changing motion.

The first field to be activated with a fermion field is the Higgs field. The latter reacts immediatly according to the nature of the field that interacts with it. If it is the electron field, it gives it a mass of barely 0.5 MeV/cm². If it is the field of Z° bosons, it receives a mass of 91.187 MeV/cm². However, this does not remain and transforms. Thus, the interaction depends on the field considered which brings its own properties ! A probabilistic interaction in the other fields, but not in the Higgs field. Indeed, this one is different : it is the only known field that is scalar. So it radiates equally in all directions. It is also the only field that does not have an anti-field (nor gravity) because it does not reverse.

All other fields have their opposites, they have anti-fields. The anti-fields are the opposite of our fields and have opposite properties. The best known are the anti-fields of fermions, which gives the antimatter. But there is also what is unknown, the black force,... Which gives anti-fields of Gauge bosons !

These have quite surprising properties, because not only does the energy last indefinitely in form of mass, but it also creates a new interaction : the contact ! This is due to the Pauli's exclusion principle which is based on an impossibility : energy that wanders in a same field of fermions cannot pass through itself, because its manifestations (quanta) cannot coexist in the same space. Not in the same place and at the same moment,... in short, not in the same space-time ! They must either take a different space-time, or change from fields, which is only possible after an interaction with the environment. So, energy in the quantum fields of fermions avoids passing through each other. It takes different options : either cross or touch (bounce). This phenomenon brings contact. This contact allows other interactions to take over. These are magnetic and nuclear interactions. They provide pressure that increase the manifestations of this contact. This is called the degeneration pressure of matter. This one opposes the collapse due to gravity (white dwarfs, neutron stars).

It is not the quanta that have properties, but their own quantum fields ! Quanta just follow the laws of energy conservation.  Beside, quanta doesn't have size, they are just uncoordinated disturbances that transform or travel. While doing so, their fields never stop interacting with their movement. So, in is journey, the energy acquires the properties of its own fields. One of them is its angular momentum ; a local “ rotation/disturbance ” in the field. So in their interaction, the quanta, that travel there, initiate this moment. This gives a rotation to the particle we perceive. It moves in a direction that creates an axis of interaction with its field and thus also a direction of rotation... while the environment defines an angle of 2 possible interactions. As the fields and anti-fields of spinner’s are in relation/contact, the energy ignitiate both : the quanta acquire the attributes of each field that interfere with its movement, which gives the spin of each of them to the matter, so opposite spins at the same time ! These double spins (360° and -360°) along the axis of displacement (movement toward the futur) will trigger magnetic phenomena.

The fields do not offer well-defined realities but overlapping realities. That is to say they are « real », therefore, possible, contrary to the Pauli's exclusion principle, but in addition, they happen also at the same time, which offers surrealism ! Thus, the energy that travels through the fields has no position. Its movement in time causes it to have possible superpositions. Therefore, it travels as a wave of probability of presences, but it interacts as a single particle according to the properties of its field. This superposition brings the first geometries : isosurfaces. These offer new properties : solidity ! Thus, solid bodies made up mostly of quantum voids. But which offer only one probabilistic interaction per particle. The latter interacts with its environment according to a probability ratio. This one is from a fine adjustment of the laws of physics and their constants.

Interaction is not dependent on a measurement, only on the environment,... but this one can impose a value (mesurement). The environment defines possible realities. If the environment refers to a reality, others become unrealistic and cannot appear ! It is the interaction established with the environment, according to the rate dictated by the Fine Tunig, that determines our reality !

It is the interaction established with the environment,...

according to the rate dictated by the Fine Tuning,...

that determines our reality !

These quantum fields are subject to the geometry of space-time : they deform because of mass. The latter is a very special arrangement of energy. It allows it to be kept indefinitely in the form of matter. Similarly, these fields are subject to general relativity. That is, they bend with space-time because of this mass. These distortions of space-time are therefore spatiotemporal. They involve geodesics that remain imperceptible. Indeed, we do not perceive time, just the present (limited). So they merge into spatial curves that cause objects to fall. However, these are not curves but spatiotemporal geodesics. That is to say curves in a dimension we do not see : temporality.