According to @rovercrc, Ethereum has unveiled its ambitious goals for the next decade, focusing on scaling up to 10,000 transactions per second (TPS) and implementing quantum resistance for enhanced security. These developments are considered highly bullish for ETH price action, as increased throughput and robust security could drive greater adoption and solidify Ethereum's position in the blockchain ecosystem. Traders should monitor upcoming Ethereum upgrades and network improvements, as these milestones may significantly impact market sentiment and long-term value. Source: @rovercrc

According to @BitMEXResearch, a potential strategy to mitigate the risks posed by quantum computing to cryptocurrencies like Bitcoin (BTC) involves a three-step, ordered approach. The first step proposed is the creation of a new quantum-resistant spend type within the network, as cited in the post. Following this, if these new quantum-resistant spends gain significant popularity, the second step would be to consider banning new transactions to older, quantum-vulnerable addresses after a substantial grace period. The final step outlined by @BitMEXResearch is to implement a quantum-safe signature scheme for all new Unspent Transaction Outputs (UTXOs), securing future transactions against potential quantum threats.

According to trevor.btc on Twitter, Bitcoin Core developers previously stated it is impossible to prevent Ordinals users from spamming the blockchain with JPEGs. However, Robin Linus, the creator of BitVM, has proposed a new solution: a soft fork that would allow old UTXOs to expire. This approach could significantly reduce the bloat caused by Ordinals inscriptions and improve transaction efficiency. Notably, Linus claims this method also enhances Bitcoin's quantum resistance, potentially strengthening network security against future quantum computing threats. Traders should monitor this proposal closely as its implementation could impact transaction fees, on-chain activity, and the overall value proposition of Bitcoin. Source: trevor.btc on Twitter, May 20, 2025.

According to @BitMEXResearch, the impact of quantum computing on Bitcoin may vary between P2PK and P2PKH outputs. P2PK outputs, if not moved before quantum computers can steal them, might need to be burned. However, for P2PKH outputs, a quantum-resistant recovery scheme could potentially be implemented, suggesting a nuanced approach to securing Bitcoin against quantum threats.