ABSTRACT
In modern times where data has become paramount, the need for a method of data transfer that is fast, efficient and maximally secure is the need of the hour. This need can be satiated by using the new and emerging field of Quantum Communication/Teleportation. By using Quantum Entanglement instead of the traditional electromagnetic waves, one can achieve fast, efficient, secure and loss-less data transfer. Such a design could be achieved by entangling the receiver unit and the microphone units of two complimentary handheld transceivers. This would allow transmission of data over theoretically infinite distances and such a transmission would not be affected by any physical effects, such as reflection, refraction, diffraction, or any other phenomenon generally associated with electromagnetic waves. Such a transmission will also allow for instantaneous data transfer. This shall be achieved using charged particles placed in magnetically active orbs housed in complimentary handheld transceivers. Each orb shall contain an equal number of, and entangled, charged particles, because of the effects of monogamy in Quantum Entanglement. The charged particles shall be subject to replacement once they disappear as heat energy, or once decoherence catches up.
