The double-slit experiment interpretation: particle nature, and not a wave, is considered to act all the time of the experiment. The particle, behaving in this way, has mass. The informational line has constant speed. (Particle’s maximum kinetic energy before a conceptual change occurs?)
Below, one can observe a particle, changing from the most intuitive path to a less intuitive path at the node and due to its lower initial velocity.
Space-time fabric with three dimensions: space with two dimensions, plus time, in a pure conceptual approach. The Z-axis and time are identical concepts considering that one can determine the position, having knowledge of the initial velocity, time, and two-dimensional path.
If space-time is suppressed, the connectedness between particles changes. This is achieved by returning to 0 on the Z-axis of the nanodevice, where the initial conditions of the particles are again set.
Nano-device draft. A simple scheme of a device: the device carries particles, and two references are built: a weak reference (WR) and a strong reference (SR). The process starts with the top of the coupled parts in position P1. SR and WR switched on. As soon movement 1 happens SR decreases. At position P2, SR switches off, and movement 2 takes place (the ring carrying the atoms and WR are displaced at the same time) with WR intermittent. When the ring arrives at position P1, WR switches off and moves in the opposite way (movement 3) until it stops at P1. The SR and WR switch on.
The energy can be controlled by the quantity of atoms (or diatomic molecules) to be used in the process.
The correlations between atoms must be well studied.
Examples
- Fusion of Hydrogen (from H nucleus): The atoms of hydrogen are first ionized, and the ions feed the device (ions trap); with the properties equal set, fusion of the nucleus takes place using the device.
- Fusion of Hydrogen (from H2 nucleus): The correlations (quantum properties) of the nucleus must be equal except in one property (ex. spins – by electrical controlling of the nuclear spin).
The device is responsible for removing the space-time and giving the conditions to fuse the electrons (of equal properties). Electrons can become very energetic particles or lose their symmetry after space-time recover. Regardless, the created state, the ions (+), can be fused by applying the same process once again.
- Fusion of Nitrogen (from N2 nucleus): Like in point 2, the correlations (quantum properties) of the nucleus must be equal except in one property (ex. spins – by electrical controlling of the nuclear spin).
The device is responsible for removing the space-time and giving the conditions to fuse the electrons (of equal properties). Electrons can become very energetic particles or lose their symmetry. Regardless, the created state, the ions (7+), can be fused by the same process once again.