
We’ll discuss how entanglement typically occurs through interactions between particles, such as when a single photon is split into two entangled photons. These properties have significant applications in quantum computing, where entangled particles enable faster calculations than classical computers. You’ll learn about quantum communication, particularly in the realm of cryptography, where entangled particles create secure channels that alert users if interference occurs.
Additionally, we will explore the development of quantum entanglement satellites, which aim to study and utilize this phenomenon for global quantum communication networks. This technology could revolutionize data transmission in space exploration and enhance security measures for missions beyond Earth.
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