Major BIP 360 Update

In discussing the technical aspects of cryptographic systems, particularly those related to quantum resistance, the emphasis on terminology and its implications for understanding and communication is crucial. The term "Hash" specifically plays a significant role in this context due to its direct association with security and quantum-resistant properties. Hash functions are fundamental components of cryptographic processes, serving as a means to secure and verify data integrity. When considering advanced structures like MAST (Merkelized Abstract Syntax Trees), the distinction that a MAST merkle root essentially constitutes a hash becomes an important point of discussion. This detail underlines the necessity of clear and precise language in the field of cryptography, where the term "Hash" not only signifies a technical process but also conveys critical attributes of the system, such as its resistance to quantum computing threats. By highlighting the connection between specific terminologies like "Hash" and their underlying technical concepts, one can better appreciate the intricacies of designing and communicating about quantum-resistant cryptographic systems.