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hello my name is corca Chavez and I will be presenting an issue with the work shalu van devusthan in differentiable function to elliptic curves by myself Francisco Rodriguez and meditibushi this work represents a big leap for hashing into ordinary elliptic curves as it results in the first known constant time in differentiable hash function to a large set of chords that requires a single square root computation it also provides an efficient Point representation algorithm which is essentially the inverse of this hash and both of this constitutes what we call an admissible encoding so a quick word on the problem of hashing to elliptic curves a lot of applications require hashing to a cryptographic group and if this is a final field then its as simple as just hashing to a long bit string and interpreting it mod queue but in the case of elliptical cryptography this is not trivial so the problem that were faced with is how can we generate X and Y coordinates that look random while still