Macroscopically induced quantum entangled transmission (MIQET) technologies have
many advantages compared to quantum cryptography and legacy electromagnetic technologies:
you are here to imagine which applications to develop:
- First, you can really transfer information because it uses millions of groups of
two or several entangled metastable particles stored in samples of appropriate materials:
this is the reason why macroscopic quantum communication induced technologies work
experimentally : the new MEM trilogy:
- Metastable - Entanglement - Macroscopic
- Second, the multiple entangled groups of particles are robust: in fact they are as
robust as the underlying metastable state. The higher the half life for the metastable
state of the material, the longer the samples will support macroscopically induced
quantum entangled transmission (MIQET). This opens new horizons, ...
- Third, there are no longer any horizons at all, because it is no longer electromagnetic
nor fiber optically linked: The earth is no longer a sphere limiting propagation
constraints. Macroscopically induced quantum entangled communication technologies
do not require a transmission medium: the metastable samples are entangled and have
been moved to the macroscopic quantum transmitter and to the macroscopic quantum
receiver ...
- No more propagation, no more fiber optics.
- Fourth, if it does not propagate ... It is quasi instantaneous because you measure
the macroscopic effect of a multitude of quantum wave function collapses. The delay
for the macroscopic quantum transmission measurement is independent of the distance
separating the entangled samples. Macroscopically induced quantum entangled communication
technologies might also be useful outside earth ...
- Fifth, no one knows whether there is an ongoing macroscopically induced quantum entangled
communication apart from the macroscopic quantum transmitter and macroscopic quantum
receiver. Annoying ? Yes. This may be the next cryptographic device with no keys
and no transmission medium. Unbreakable ? ...
P.S. To whom it may concern: need to signal a deep sea diving submarine to resurface
? Contact us.