Fix footnote reference layout causing linter violation

EIPS/eip-7693.md

@@ -201,6 +201,10 @@ We aim to minimally achieve the Quantum Level 1 Security as defined in the NIST
 
 For MPCitH zero-knowledge proof, we propose the use of Katz-Kolesnikov-Wang with parameters $`N=16`$, $`M=250`$, $`\tau=36`$ to achieve NIST Quantum Level 1 security.[^2]
 
+Since zkSTARK computations do not happen over a finite field (such as zkSNARKS), it is generally accepted that zkSTARK proofs are quantum-safe, as long as the hash used primitive is collapsing and is large enough, e.g., 256-bit key strength, to prevent a brute-force attack using Grover's algorithm.
+
+Our design has not yet taken into account how it affects Multi-Party Computation (MPC) wallets.
+
 [^2]:
     ```csl-json
     {
@@ -228,10 +232,6 @@ For MPCitH zero-knowledge proof, we propose the use of Katz-Kolesnikov-Wang with
     }
     ```
 
-Since zkSTARK computations do not happen over a finite field (such as zkSNARKS), it is generally accepted that zkSTARK proofs are quantum-safe, as long as the hash used primitive is collapsing and is large enough, e.g., 256-bit key strength, to prevent a brute-force attack using Grover's algorithm.
-
-Our design has not yet taken into account how it affects Multi-Party Computation (MPC) wallets.
-
 ## Copyright
 
 Copyright and related rights waived via [CC0](../LICENSE.md).