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@@ -236,11 +236,12 @@ together with [symmetric encryption](#symmetric-encryption).
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Denote $\t{AeadEncNote}ₙ = (E, C)$ where $E$ is the space of *ephemeral
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public keys* and $C$ is the ciphertext space.
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+See `AeadEncryptedNote` in `src/sdk/src/crypto/note.rs`.
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+
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### Encryption
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-We let $P ∈ ℙₚ$ denote the recipient's public key with corresponding
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-secret key $x ∈ 𝔽ₚ$. And let $\t{note} ∈ N = 𝔹^*$ denote the plaintext note to
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-be encrypted.
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+We let $P ∈ ℙₚ$ denote the recipient's public key.
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+Let $\t{note} ∈ N = 𝔹^*$ denote the plaintext note to be encrypted.
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Let $\t{esk} ∈ 𝔽ₚ$ be the randomly generated *ephemeral secret key*.
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@@ -254,7 +255,7 @@ Let $c = \t{Sym}.\t{Encrypt}(k, \t{note})$
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Return $c$
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-## Decryption
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+### Decryption
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We denote the recipient's secret key with $x ∈ 𝔽ₚ$.
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Let $c ∈ C = 𝔹^*$ denote the ciphertext note to be decrypted.
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