10:58:52 <m-relay> <b​asses:matrix.org> new paper
10:58:53 <m-relay> <b​asses:matrix.org> Scaling privacy-preserving cryptocurrencies with toxic decoys
10:58:55 <m-relay> <b​asses:matrix.org> https://crypto.unibe.ch/2025/07/11/decoys.html
10:58:57 <m-relay> <b​asses:matrix.org> >A detailed simulation of the new technique, using a transaction data set gathered from the Monero cryptocurrency, shows that the storage space can be reduced by approximately 60% while maintaining the same degree of privacy.
20:21:08 <m-relay> <a​ck-j:matrix.org> Ring Trapdoor Functions: A Lattice-Based Framework for Secure
20:21:09 <m-relay> <a​ck-j:matrix.org> Ring Signatures
20:21:11 <m-relay> <a​ck-j:matrix.org> https://bhumikamittal.in/assets/pdf/undergrad_thesis_bhumika.pdf
20:21:58 <m-relay> <a​ck-j:matrix.org> Even though were moving away from rings this thesis discusses lattice based ring signatures which should be secure against a quantum adversary