Speaker
Description
Quantum teleportation is regarded as a fundamental and essential protocol in quantum information science. Not only is it a method for long-distance transmission of quantum states, but it is also a building block for quantum networks, decentralized computation, and secure communication. In this presentation, I will review the theoretical background of quantum teleportation, its immunity to decoherence, and its realizations in contemporary experimental contexts. Additionally, I will point out the key role teleportation has in facilitating sophisticated cryptographic protocols and enhancing cybersecurity through quantum means. As quantum technologies further develop, it will be essential to comprehend and enhance teleportation processes in order to achieve the full potential of quantum computation and communication.
| Abstract Category | Optics & Photonics |
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