Tagron transportation

Tagron transportation is the most common type of faster-than-light travel. The principal is similar to the Alcubierre drive, as it curves space to form a bubble of hyper-relativistic local-dynamic space, which is done using tagrons. Its concept is based on the Theory on Superluminal Travel through Tagron Transportation (by Darryl Moores) and the Walmsley model.

Tagrons
Tagrons are not actual fundamental particles, but rather a combination of two. They are similar to atoms, as they consist of a nucleus "orbited" by particles, in this case a tachyon orbited by a graviton. This creates a particle with very strange properties, as it is superluminal by definition, but also carries gravitational force.

Tagron pulse
These tagrons can then be brought together to form a supertagron cluster. If this cluster is injected with large amounts of energy (such as bringing it into contact with hyperenergetic plasma, or spinning it extremely fast in a gravi-spinner), it will expand, into what is known as hypertagron clusters, and eventually (if there is enough) tear through the spacetime fabric and create what is known as a tagron pulse.

Tagron fold
A tagron fold is the product of a tagron pulse hitting a massive object. The tagron pulse will, in combination with a hyperstatic energy envelope/shield create a tagron fold, which envelops the object, and if enough tagrons are proppeled into the side of the fold, propel the object at effective speeds higher than c, without violating any physical laws.

Machinery
The machinery required for tagron transportation is incredibly advanced. A machine that achieves tagron transportation is usually called a TransTagro (TT) drive, or more generally a FTL drive.

Speed
The speed of tagron transportation depends heavily on the strength of the drive, which is based mostly on two primary factors, the amount of hypertagron clusters in a pulse (more clusters will increase the strength of the pulse, leading to a larger and more powerful fold), and the frequency of tagron pulses (a higher frequency will bend spacetime further, leading to increased speed).

Speed is usually measured in tagron units, which is derived from the formula: fold strength = amount * frequency * tagron constant. The amount is measured simply in the amount of hypertagron clusters in a pulse, the frequency is measured in Hertz and the tagron constant is equal to an incredibly small number. Later on, a class system was used.