Quantum Encryption

To encrypt one wave or to render it private, arithmetically combine (add) another wave amplitude to it. It forms a hybrid wave or hybrid amplitude. Since amplitude is causality (see the blog article Wave or Quantum Causality Quantified ), a new causality or causal, dependent dimension is established. Privacy is guaranteed if a unique and private frequency is used for the encryption key.

Example

Wave interference, even in 2 dimensions, is prohibitively difficult to track and forms a private network if the combination is unique.

A [signal] = A[S]

A [encryption key] = A[E]

A [secure signal] = ( A[S] + A[E] )/2

A [ decryption ] = 2 * A [secure signal] - A[E]

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