Fix bolded principles

Author: EthanHeilman

bip-0360.mediawiki

@@ -180,21 +180,21 @@ remember that these are quantum (r)esistant addresses. This is referencing the l
 We believe any approach to augment Bitcoin with quantum resistance should meet the following requirements. Any 
 upgrade to Bitcoin's quantum resistance should:
 
-**Change as little as possible.** Unless absolutely necessary should reuse existing Bitcoin code, standards and the
+*Change as little as possible.* Unless absolutely necessary should reuse existing Bitcoin code, standards and the
 existing expectations of how to use Bitcoin.
 
-**The upgrade must be gentle, staged and low cost.** Rather than require that wallets and exchanges immediately support 
+*The upgrade must be gentle, staged and low cost.* Rather than require that wallets and exchanges immediately support 
 post-quantum signatures we must provide a way for them to gentle move to greater quantum resistance in small steps. This
 is critical because an upgrade path which requires too much effort up front is unlikely to be adopted prior to a
 a state of quantum emergency. The earlier the ecosystem begins upgrading to quantum resistance, the lower the number of 
 coins at risk when quantum attacks become practical.
 
-**Use NIST standardized post-quantum signature algorithms.** These algorithms have gotten the most scrutiny
+*Use NIST standardized post-quantum signature algorithms.* These algorithms have gotten the most scrutiny
 and are likely to be most well supported and well studied going forward. The entire Bitcoin ecosystem will benefit
 from using the most popular post-quantum signature algorithms including leveraging hardware acceleration 
 instructions, commodity trusted hardware, software libraries and cryptography research.
 
-**Hedge against unexpected attacks on signature algorithms.** This is motivated by two factors. First,
+*Hedge against unexpected attacks on signature algorithms.* This is motivated by two factors. First,
 Bitcoin must enable parties to hold coins securely for decades if not centuries. The history of cryptography is
 one of unexpected breakthroughs in attacks. Thus, Bitcoin should enable the user of multiple signature algorithms
 to hedge against the failure of any particular algorithm. Second, Many post-quantum algorithms are relatively new