Quantum Cryptography: Operational Impact on 2030 Operations
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This paper recommends the U.S. Air Force develop an in depth understanding of quantum mechanics and more specifically its application to cryptography. A survey of scientists and academic institutions conducting experiments to better understand and apply quantum cryptography clearly shows the inevitability of quantum encryption. The effort to gain and apply this knowledge must be accomplished with the full understanding that quantum cryptography is not a fork in the road requiring a decision, but a technological inevitability. Understanding how this type of cryptography will impact the executio...
This paper recommends the U.S. Air Force develop an in depth understanding of quantum mechanics and more specifically its application to cryptography. A survey of scientists and academic institutions conducting experiments to better understand and apply quantum cryptography clearly shows the inevitability of quantum encryption. The effort to gain and apply this knowledge must be accomplished with the full understanding that quantum cryptography is not a fork in the road requiring a decision, but a technological inevitability. Understanding how this type of cryptography will impact the execution of operations, executed unilaterally or in partnership with allied and coalition militaries is also a must. A dedicated effort to support the research and development of technologies designed to enhance the benefits quantum cryptography must be realized. Developing policies and procedures freeing military leaders to permit foreign partners to access technology and information, especially during the planning and execution of operations, must be integrated into military doctrine.
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