- a premium on freshly minted coins, or traced clean coins…
- Andrew Poelstra’s presentations
- ASIC
- Bipartite graph
- Blinding factor
- Block Reward
- Cache
- Circulating supply
- CoinJoin
- CPU
- Cut-Through
- Decentralization
- (Digital) Signature
- Emission
- Epic Singularity
- Ethereum will surpass 10 TB by that date
- Excess (MimbleWimble)
- Fungibility
- Genesis (Event)
- GPU
- Confidential Transactions (CT)
- Halving (for Bitcoin)
- Hash
- Hashing algorithm (function)
- Homomorphic encryption
- I/O
- If you break fungibility and privacy, you break the currency
- Immutability
- Input (MimbleWimble)
- Maximum supply
- Memory-hard
- Merkle tree
- MimbleWimble
- Multisignature
- nearly 10% of the size of Bitcoin’s chain
- no more secret than a Google search from a home internet connection.
- Node
- One Way Aggregate Signature (OWAS)
- Output (MimbleWimble)
- per mining thread
- potentially optimizable to a few hundred megabytes
- privacy and fungibility were the next battlegrounds for those coins
- Private Key
- Proof-of-Work
- Public Key
- RAM (Random Access Memory)
- Rangeproof
- SRAM (Static Random Access Memory)
- The ASIC friendly CuckAToo31+ allows efficiency improvements over GPUs by using hundreds of MB of SRAM while remaining bottlenecked by memory I/O
- Throughput
- Trustlessness
- Zero-Knowledge
