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This article outlines how quantum entanglement enables a future network based on qubits rather than classical bits, offering theoretically unbreakable security through physics-based detection of eavesdropping. By leveraging quantum teleportation and key distribution, the proposed system addresses vulnerabilities in current encryption that could be exploited by powerful quantum computers. The focus remains strictly on the fundamental mechanisms and security implications of building a communication backbone using microscopic physical laws.
【 図解 】 コレ1枚でわかる量子インターネット ： ITソリューション塾 ： オルタナティブ ・ ブログ
The "Quantum Internet" is a next-generation communication network that exchanges information by utilizing the physical laws of the microscopic world known as quantum mechanics. While the internet we use today transmits and receives data using bits, which exist in either a state of "0" or "1", the Quantum Internet communicates using qubits that possess a superposition state—being both "0" and "1" simultaneously. The key to realizing this entirely new network is a phenomenon called "quantum entanglement." This property allows two quantum particles to be linked as if tied by an invisible, mysterious thread; once the state of one particle is determined, the other's state instantly aligns with it, regardless of the distance separating them. By applying Einstein's former term for this…
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