Y2Q
Y2Q (Year2Quantum) is the time when currently known asymmetric cryptography algorithms such as RSA, ECDSA will be broken by quantum computers (for example, by using Shor's algorithm). It is an analogy to the Y2K problem.
What this means for blockchains is that the ones that use these vulnerable cryptography algorithms will be broken; for example, wallets can be broken to steal the coins. Quantum Coin uses powerful post quantum cryptography algorithms that protects from such quantum computer attacks.
To serve as a reminder of the Y2Q problem, the Y2Q meme token has been launched on the quantum coin blockchain. Y2Q is the first ever quantum resistant erc20 compatible token on a live mainnet that uses NIST standardized post quantum cryptography.
The Y2Q token is also meant as a test token for testing the token functionality. The desktop wallet can be used to send and receive tokens.
All accounts on mainnet that had coins or participated in transactions or were genesis validators, as of March 9th 2025 were sent 1000 tokens each. The total supply of #Y2Q is 1,000,000 tokens.
Contract: 0xa8036870874fbed790ed4d3bbd41b2f390b9858ff021f2993e90c6d1cbb167c7
Block Explorer: https://quantumscan.com/account/0xa8036870874fbed790ed4d3bbd41b2f390b9858ff021f2993e90c6d1cbb167c7/txn/page
Y2Q token is not intended to be, or to be the subject of, an investment opportunity, investment contract, or security of any type.

Vision
The Vision of Quantum Coin.

Quantum Resistance
Quantum Resistance in the Quantum Coin blockchain.

Smart Contracts
Smart Contract support in the Quantum Coin blockchain.

Consensus
Proof of Stake consensus.

Data Availability
Data Availability, long term and short term.

Blockchain Allocation
Bitcoin + Ethereum + Dogecoin + DogeP multi-fork.

Dynamic TPS
Dynamic Transactions Per Second model.

Github
Source code, documentation are maintained in Github.

QCIPs
Quantum Coin Improvement Proposals