{"p":"can-20","op":"mint","tick":"can","amt":"1000","rows":[{"df":"qa","content":[{"q":"How to determine the minimum maxDepth required for creating a concurrent Merkle tree?","a":"To determine the minimum maxDepth required for creating a concurrent Merkle tree, several factors need to be considered:\\n\\n1. Tree structure: Each layer of the Merkle tree represents a hash operation, with leaf nodes storing the hash values of the data, and non-leaf nodes storing the concatenated hash values of their descendant nodes. Therefore, a deeper Merkle tree can represent more data blocks.\\n\\n2. Confirmation transaction speed: In the Bitcoin network,  each block contains multiple transactions, and each transaction requires hash operations on the data. Deeper Merkle trees require more time to confirm transactions."}]}],"pr":"bf427cc22281710ce5786a140bab4a879182aa1dc248af5f1d406648d9f3cb45"}