Multiverse Computing S.L. (20240265195). Method and System for Modifying Document Without Changing Hash Value simplified abstract
Contents
Method and System for Modifying Document Without Changing Hash Value
Organization Name
Inventor(s)
Pablo Bermejo of DONOSTIA / SAN SEBASTIÁN (ES)
[[:Category:Román Or�s of DONOSTIA / SAN SEBASTIÁN (ES)|Román Or�s of DONOSTIA / SAN SEBASTIÁN (ES)]][[Category:Román Or�s of DONOSTIA / SAN SEBASTIÁN (ES)]]
Borja Aizpurua of DONOSTIA / SAN SEBASTIÁN (ES)
Method and System for Modifying Document Without Changing Hash Value - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240265195 titled 'Method and System for Modifying Document Without Changing Hash Value
The abstract describes a method for modifying a variable string in a document and generating a required hash value, involving constructing a Hamiltonian based on the variable string, encoding the variable string into a quantum circuit, generating a hash value from the fixed string and the output of the quantum circuit, determining an overlap between the generated hash value and a true hash value, and optimizing parameters of the quantum circuit until reaching a zero overlap value.
- Constructing a Hamiltonian based on the variable string
- Encoding the variable string into a quantum circuit
- Generating a hash value from the fixed string and the output of the quantum circuit
- Determining an overlap between the generated hash value and a true hash value
- Optimizing parameters of the quantum circuit until reaching a zero overlap value
Potential Applications: - Data security and encryption - Blockchain technology - Quantum computing research
Problems Solved: - Enhancing data security - Improving hash value generation - Advancing quantum computing techniques
Benefits: - Increased data protection - Enhanced encryption methods - Potential for more secure transactions
Commercial Applications: Title: Quantum-enhanced Data Security Solutions Description: This technology can be utilized by cybersecurity firms, financial institutions, and government agencies to enhance data security and protect sensitive information.
Prior Art: Further research can be conducted in the fields of quantum computing, cryptography, and data security to explore existing technologies related to this method.
Frequently Updated Research: Stay updated on advancements in quantum computing, quantum cryptography, and data encryption to understand the latest developments in this technology.
Questions about Quantum-enhanced Data Security Solutions: 1. How does this method improve data security compared to traditional encryption techniques? 2. What are the potential limitations or challenges of implementing this technology in real-world applications?
Original Abstract Submitted
a method for modifying a variable string () in a document () and generating a required hash value, wherein the document () comprises the variable string () and a fixed string (). the method comprises constructing (s) a hamiltonian based on the variable string (), encoding (s) the variable string () into a quantum circuit (), generating in a hash function generator () a hash value from the fixed string () and the output of the quantum circuit (), determining (s) an overlap between the generated hash value and a true hash value (), and, on reaching a zero overlap value, determining the variable string (), otherwise optimising (s) parameters of the quantum circuit ().
