With the development of quantum communication technology, Shor’s algorithm is expected to crack RSA encryption. Quantum communication will change the method of classical encryption in the future. We propose a quantum image encryption method via reversible quantum logic gates computing as quantum computing is reversible. An entangled pair of qubits are used for data transmission. The plaintext image is encrypted into an encrypted image via the quantum gate by using superdense coding to encrypt and transmit the operating quantum gate. The encrypted image is decoded by reversible computing, which is expected to provide a way for quantum image encryption.

中文翻译：

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通过可逆量子逻辑门计算实现量子图像加密

随着量子通信技术的发展，Shor的算法有望破解RSA加密。量子通信未来将改变经典加密的方法。由于量子计算是可逆的，我们提出了一种通过可逆量子逻辑门计算的量子图像加密方法。一对纠缠的量子位用于数据传输。利用超密编码对运行的量子门进行加密传输，将明文图像通过量子门加密为加密图像。通过可逆计算对加密图像进行解码，有望为量子图像加密提供一种途径。