Bidirectional multi-nodes quantum teleportation using discrete-time quantum walk. - EBSCO

Quantum teleportation

The transfer of quantum states between particles utilizing principles of quantum mechanics.

Entanglement

A phenomenon in quantum mechanics where particles become interconnected and the state of one can influence the state of another.

Discrete-time quantum walk

A quantum version of a classical random walk that describes how a quantum particle propagates over discrete time steps.

Quantum interference effects

Phenomena that arise when quantum states overlap and combine, affecting probabilities of outcomes.

Superposition of states

A fundamental principle of quantum mechanics where a quantum system can exist in multiple states simultaneously.

Bidirectional multi-nodes scenario

A setup involving multiple nodes in the teleportation process, enabling simultaneous teleportation in two directions.

Entanglement generation

The creation of initial entangled states among nodes in the teleportation process.

State transfer in quantum teleportation

The process of teleporting quantum states from one node to another through quantum walk dynamics.

Measurement in quantum mechanics

The process that collapses a quantum state, allowing for the transfer of information.

Applications of quantum teleportation

Potential uses in quantum computing and quantum networks.

Novel methods in quantum teleportation

Innovative approaches explored in research to enhance understanding and application of quantum information transfer.

Multi-node quantum systems

Systems that involve multiple interconnected nodes facilitating quantum processes.

Networked quantum computers

Computers that utilize quantum mechanics across multiple nodes to perform computations.