This scientific research aims to discuss the hypothesis that spacetime and, consequently, gravity are not the ultimate fundamental reality, but rather an emergent result of a structure analogous to a screen that projects three-dimensional space moved by time (4th Dimension) as the frame rate of a four-dimensional interface in which the complexity of minimally conscious life allows the animation of 3D images that, although they appear solid, are composed in essence by billions of energy cycles. Understanding this will imply a chain reaction that will affect the way we interpret everything we have discovered about the macro world (relativity) and the micro world (quantum physics), changing physics forever. Many loose ends could be reconciled, such as, for example, the Measurement Problem: quantum mechanics says that a particle is in several states at the same time (superposition); however, when there is an interaction, we see only one state. This would not be a problem if we understood the quantum field excitation (particle) as an event analogous to the lighting up of a pixel on a screen to render images. Just as the pixel only lights up in a defined position at the moment of the image projection, and can be lit anywhere on the screen throughout its entire extent, the particle only collapses into a defined position when there is the observation/interaction of a moment in spacetime (quantum excitation = lit pixel), with quantum excitations being possible anywhere throughout the entire fabric of space (interface/screen); this explains the probabilistic nature of the particle. This mechanism would be analogous to digital animation rendering, such as a three-dimensional movie or an advanced computer game that we play (live) in the first person (super-technology/transcendent). In other words, the transistor technology "discovered and developed" by us — the intelligent organization of rendered images on a screen — may be a micromodel of the technology that precedes the universe itself, something transcendent to the third and fourth dimensions, just as we create two-dimensional technologies (computers and cell phones). If we can prove that spacetime is the interface of a structure analogous to a "digital screen," there would be a paradigm shift in physics: spacetime would cease to be the "fundamental stage" and would become an emergent phenomenon. This would unify two ideas that are currently separate: general relativity (geometric) and quantum mechanics (informational).