1. Scionic Merkle Tree
2. IPFS Merkle DAG
3. Classic Merkle Tree 
If you want to learn about Scionic Merkle Trees and how they’re hosted beyond the description on GitHub, listen to this mini podcast:
nostr:note180qc5nh8y864ejxygux3nn62s5d5fyzrl7dh85nvshnyhzvtv7zsnc98uj
People thought bitcoin was the currency of the internet, but it’s more than that… #bitcoin will have its own web soon — built on layer 2, with synchronized scionic merkle trees across thousands of untrusted relays.
50,000x smaller branches than Merkle DAGs. nostr:npub1sg6plzptd64u62a878hep2kev88swjh3tw00gjsfl8f237lmu63q0uf63m nostr:npub10pensatlcfwktnvjjw2dtem38n6rvw8g6fv73h84cuacxn4c28eqyfn34f nostr:npub1dergggklka99wwrs92yz8wdjs952h2ux2ha2ed598ngwu9w7a6fsh9xzpc nostr:npub1qny3tkh0acurzla8x3zy4nhrjz5zd8l9sy9jys09umwng00manysew95gx 
Don’t trust us; verify the code for yourself. It’s ready to examine: nostr:note16y795q55whrhnmln8l8gp4s4cpv3rzsljuec9u8uf9cu6qj24wkqe98l2u
50,000x smaller branches than Merkle DAGs. nostr:npub1sg6plzptd64u62a878hep2kev88swjh3tw00gjsfl8f237lmu63q0uf63m nostr:npub10pensatlcfwktnvjjw2dtem38n6rvw8g6fv73h84cuacxn4c28eqyfn34f nostr:npub1dergggklka99wwrs92yz8wdjs952h2ux2ha2ed598ngwu9w7a6fsh9xzpc nostr:npub1qny3tkh0acurzla8x3zy4nhrjz5zd8l9sy9jys09umwng00manysew95gx
Hey Gigi, check out our new trees! The code is all there too.⚡️
nostr:note16y795q55whrhnmln8l8gp4s4cpv3rzsljuec9u8uf9cu6qj24wkqe98l2u
Hey Jack, what are your thoughts on these? 🧢
nostr:note17ns9hc6fhydclfemaqwmxgdhxrldzps5a6fpw95fnrgk99m57f9q9k7772
It’s a cyber-hornet with lightning bolt top-wings and merkle leaf bottom-wings.
It is a logo for a storage system to help synchronize relays on #nostr and beyond!
The storage infrastructure for Decentralized GitHub is now in beta. Though the project took longer than initially planned, we've achieved a crucial milestone.
The advancements we've made in the evolution of merkle trees represent a significant accomplishment in itself. Explore the Statistics section in the GitHub link above to see the gains our thin Merkle branches provide.
We'll keep developing open-source style on GitHub and will continue to release progress updates on #nostr nostr:npub1sg6plzptd64u62a878hep2kev88swjh3tw00gjsfl8f237lmu63q0uf63m #bitcoin 🐝 
Scionic Merkle Branches vs Merkle DAG Branches
nostr:note12fxpjxw6w6l78dye7w073t8paakrc6demp4emlze3zcdw00n029q7xtrg9 
The Decentralized GitHub atop #bitcoin and #nostr will be born — it’s only a matter of time.⏳🍃 nostr:note1rcw9w5yj5chn9r7g0srvs9tn40ldquzf94z0p0c502azht2k6jxql52aav
Our predecessor, the Merkle DAG, is depicted by the white graph while the dark-mode graph showcases the new Scionic Merkle Tree.
In Merkle DAGs, each DAG leaf folder houses a list of children (Child1, Child2, etc). However, Scionic Merkle Trees transform this list into a classic Merkle tree. By doing so, a tiny classic Merkle tree is created inside every DAG leaf folder.
Users can now use a classic Merkle branch to acquire a file from the DAG without downloading the hash of every other file within the same folder as the requested file, making the process quicker and less costly. 
nostr:note14vd6qljegc7r8e6zdmlwxwrh93d4jeadp24s85rjyw57jcgk7v8s3whxa3
The storage infrastructure for Decentralized GitHub is now in beta. Though the project took longer than initially planned, we've achieved a crucial milestone.
The advancements we've made in the evolution of merkle trees represent a significant accomplishment in itself. Explore the Statistics section in the GitHub link above to see the gains our thin Merkle branches provide.
We'll keep developing open-source style on GitHub and will continue to release progress updates on #nostr nostr:npub1sg6plzptd64u62a878hep2kev88swjh3tw00gjsfl8f237lmu63q0uf63m #bitcoin 🐝
The storage infrastructure for Decentralized GitHub is now in beta.
Though the project took longer than initially planned, we've achieved a crucial milestone. The advancements we've made in the evolution of merkle trees represent a significant accomplishment in itself.
We'll keep developing open-source style on GitHub and will release progress updates on #nostr @jack
nostr:note16y795q55whrhnmln8l8gp4s4cpv3rzsljuec9u8uf9cu6qj24wkqe98l2u
Hashed tree structures have a long open-source legacy. From the invention of Merkle Trees by Ralph Merkle in the 80s, later adopted by #bitcoin, to Git’s use of hashed DAGs and IPFS's implementation of Merkle DAGs for file storage. The evolution continues: