diff --git a/docs/specs/00.md b/docs/specs/00.md
index 5eab8d9..6774f9c 100644
--- a/docs/specs/00.md
+++ b/docs/specs/00.md
@@ -5,24 +5,27 @@ Receiving user: `Carol`
 Mint: `Bob`
 
 ## Bob (mint)
+
 - `k` private key of mint (one for each amount)
 - `K` public key of mint
 - `Q` promise (blinded signature)
 
 ## Alice (user)
+
 - `x` random string (secret message), corresponds to point `Y` on curve
 - `r` private key (blinding factor)
 - `T` blinded message
 - `Z` proof (unblinded signature)
 
 # Blind Diffie-Hellmann key exchange (BDHKE)
--   Mint `Bob` publishes `K = kG` 
--   `Alice` picks secret `x` and computes `Y = hash_to_curve(x)` 
--   `Alice` sends to `Bob`: `T = Y + rG` with `r` being a random nonce
--   `Bob` sends back to `Alice` blinded key: `Q = kT` (these two steps are the DH key exchange)
--   `Alice` can calculate the unblinded key as `Q - rK = kY + krG - krG = kY = Z`
--   Alice can take the pair `(x, Z)` as a token and can send it to `Carol`.
--   `Carol` can send `(x, Z)` to `Bob` who then checks that `k*hash_to_curve(x) == Z`, and if so treats it as a valid spend of a token, adding `x`  to the list of spent secrets.
+
+- Mint `Bob` publishes `K = kG` 
+- `Alice` picks secret `x` and computes `Y = hash_to_curve(x)` 
+- `Alice` sends to `Bob`: `T = Y + rG` with `r` being a random nonce
+- `Bob` sends back to `Alice` blinded key: `Q = kT` (these two steps are the DH key exchange)
+- `Alice` can calculate the unblinded key as `Q - rK = kY + krG - krG = kY = Z`
+- Alice can take the pair `(x, Z)` as a token and can send it to `Carol`.
+- `Carol` can send `(x, Z)` to `Bob` who then checks that `k*hash_to_curve(x) == Z`, and if so treats it as a valid spend of a token, adding `x`  to the list of spent secrets.
 
 ## 0.1 - Models
 
@@ -99,6 +102,7 @@ This token format is a list of `Proof`s. Each `Proof` contains the keyset id in
     "secret": "d_PPc5KpuAB2M60WYAW5-Q",
     "C": "0270e0a37f7a0b21eab43af751dd3c03f61f04c626c0448f603f1d1f5ae5a7d7e6"
   }
+]
 ```
 
 When serialized, this becomes: