Claude reveals ECDSA curve origins

by Frontier Red Team at Anthropic

"“It’s just timestamps”: the decades-old mystery of the origins of one of the most popular cryptographic standards has been explained."

https://www.anthropic.com/research/ecdsa-curve-origins

#Cryptography #Cryptology #Encryption #Mystery #Curves #ECC #ECDSA #NIST #random #RNG #lrand48 #FIPS #Claude #Anthropic #Cryptanalysis

@cryptography
@cypherpunk
@cryptography
@cryptography
@crypto

Rhizome Function Anagram Random Generator

preprint | https://zenodo.org/records/21551292

doi | https://orcid.org/0009-0009-5144-3278

Herein are described principles and a scheme of random number generation styled as, pangrandomonium, or ‘pangrand’. Pangrand is a anagrammatic random number generator that uses rhizome functions as chaotic indexing and shuffling instructions to reorder and sum perfect pangrams. Brief descriptions are given for the principles of pangram summing and rhizome indexing functions, Source code of the random number generator is included herewith. The source code is attached to the PDF file.

Sections:

1. Pangrams (Holoalphabetic arrays) ;
2. Rhizome Functions ;
3. Rhizome Hardness Problems ;
4. Random Generator Methods ;
5. Errata ;
6. Source Code.

#Preprints #Random #Cryptography #RNG #Pangrams #Anagrams #Pascal #Papers #RhizomeFunction #AcademicMastodon #Cryptology #Math #NumberTheory #Papers #Academia #ComputerScience #CompSci #AcademicChatter #OpenScience

Rhizome Function Anagram Random Generator

preprint | https://zenodo.org/records/21551292

doi | https://orcid.org/0009-0009-5144-3278

Herein are described principles and a scheme of random number generation styled as, pangrandomonium, or ‘pangrand’. Pangrand is a anagrammatic random number generator that uses rhizome functions as chaotic indexing and shuffling instructions to reorder and sum perfect pangrams. Brief descriptions are given for the principles of pangram summing and rhizome indexing functions, Source code of the random number generator is included herewith. The source code is attached to the PDF file.

Sections:

1. Pangrams (Holoalphabetic arrays) ;
2. Rhizome Functions ;
3. Rhizome Hardness Problems ;
4. Random Generator Methods ;
5. Errata ;
6. Source Code.

#Preprints #Random #Cryptography #RNG #Pangrams #Anagrams #Pascal #Papers #RhizomeFunction

@cryptography@soc.octade.net
@cypherpunk@soc.octade.net
@papers@soc.octade.net
@crypto@infosec.pub
@cryptography@fed.dyne.org
@cryptography@lemmy.ml