s Liberty

최근 중국에서 청년층의 돌연사(심장마비) 사례가 급증하고 있는데, 그 원인 대부분이 코로나 백신이라는 주장이 제기되고 있다. 중국 국가통계국은 돌연사나 심혈관 사망률은 연령별로 상세히 공개하지 않는다.

Iran’s rules are unacceptable. The Strait of Hormuz is not, as a practical matter, open. How can this not be a ceasefire violation?

Hillhouse Capital, a firm with strong Chinese ties through its founder Zhang Lei, is on the verge of acquiring IGIS Asset Management, South Korea’s largest real estate fund manager handling $52 billion in assets. IGIS oversees public pension funds and holds sensitive data on major infrastructure and property holdings across the country. The deal has drawn attention after Korean insurers, including Hyeungkuk Life, submitted higher bids but were sidelined following additional bidding rounds conducted by Morgan Stanley and Goldman Sachs. The transaction raises important questions about foreign influence over critical domestic assets. South Korea’s real estate and pension system are vital to national economic stability and retirement security for millions of citizens. When a major fund with links to a geopolitical rival gains control of such assets, it touches on broader concerns regarding economic sovereignty and the protection of public funds. In an era of increasing cross-border investment and geopolitical tension, how nations safeguard strategic domestic assets directly affects public trust and long-term economic independence. Do you believe foreign acquisitions of key financial institutions like IGIS should face stricter national security reviews, or should market principles take priority?

Hillhouse Capital, a firm with strong Chinese ties through its founder Zhang Lei, is on the verge of acquiring IGIS Asset Management, South Korea’s largest real estate fund manager handling $52 billion in assets. IGIS oversees public pension funds and holds sensitive data on major infrastructure and property holdings across the country. The deal has drawn attention after Korean insurers, including Hyeungkuk Life, submitted higher bids but were sidelined following additional bidding rounds conducted by Morgan Stanley and Goldman Sachs. The transaction raises important questions about foreign influence over critical domestic assets. South Korea’s real estate and pension system are vital to national economic stability and retirement security for millions of citizens. When a major fund with links to a geopolitical rival gains control of such assets, it touches on broader concerns regarding economic sovereignty and the protection of public funds. In an era of increasing cross-border investment and geopolitical tension, how nations safeguard strategic domestic assets directly affects public trust and long-term economic independence. Do you believe foreign acquisitions of key financial institutions like IGIS should face stricter national security reviews, or should market principles take priority?

THIS IS BIG. A Bitcoin developer has built a working prototype that protects your wallet from quantum computers. Even if Bitcoin is forced to shut down part of its own security system to protect itself. To understand why this matters you need to understand the problem first. Every Bitcoin wallet is secured by a cryptographic signature scheme built on elliptic curve mathematics. The security assumption behind this system is that deriving a private key from a publicly visible public key requires computational work that classical computers cannot perform within any practical timeframe. Quantum computers running Shor's algorithm can break that assumption. Google researchers published findings last week showing a quantum computer could compromise Bitcoin's core cryptography in as little as nine minutes, using significantly fewer physical qubits than prior estimates required. The threat is not immediate but the timeline is compressing faster than most researchers projected. Now here is where it gets complicated. Bitcoin's Taproot upgrade, activated in 2021, improved transaction efficiency and privacy across the network. But by design it permanently exposes the public key of every Taproot wallet on the blockchain. Because that public key is permanently recorded and publicly visible, a sufficiently powerful quantum computer could use it to derive the corresponding private key and drain the wallet at any point in the future. Approximately 6.9 million Bitcoin across Taproot and older P2PK address formats are already in this exposed state. The developer community has a contingency plan for this scenario. If quantum computers advance to the point where this becomes an active threat, Bitcoin could activate an emergency soft fork that disables the key path spend in Taproot, which is the specific spending mechanism a quantum attacker would exploit. This closes the vulnerability before it can be exploited. But this emergency response introduces a serious secondary problem that nobody had resolved until now. The vast majority of modern Bitcoin wallets, particularly single signature Taproot wallets, rely entirely on that key path spend mechanism and have no alternative spending path configured. If Bitcoin disables that mechanism network wide, those wallets have no remaining method to authorize transactions. The funds inside them become permanently inaccessible, not stolen, but completely unspendable even by their rightful owners. The same upgrade designed to protect users could permanently strand their funds. This is the problem that Olaoluwa Osuntokun, chief technology officer of Lightning Labs, just solved with a working prototype posted to the Bitcoin developer mailing list yesterday. His solution uses a zk-STARK proof, which stands for zero knowledge scalable transparent argument of knowledge. In practical terms this means the following. Every Bitcoin wallet is ultimately derived from a master seed, typically the 12 or 24 word recovery phrase generated when the wallet is first created. All keys in the wallet are mathematically derived from that seed following a deterministic standard called BIP-32. Osuntokun built a system that generates a cryptographic proof demonstrating that a specific public key was derived from a specific master seed via the standard BIP-32 derivation path, without revealing the seed itself or any intermediate private key material. The Bitcoin network can verify the proof and authorize the wallet owner to move their funds, bypassing the disabled signature mechanism entirely. The prototype generates a valid proof in 50 seconds on a standard MacBook using Metal GPU acceleration, consumes approximately 12 gigabytes of RAM during proof generation, and produces a final proof of 1.7 megabytes. Osuntokun acknowledged the codebase is largely unoptimized and that a production implementation built specifically for this statement would run significantly faster and produce smaller proofs. He also noted that multiple proofs could be aggregated into a single compact proof to reduce on-chain verification overhead. Cryptographically relevant quantum computers capable of executing this attack do not exist today. What has changed is that Google's latest research has materially lowered the estimated resource requirements for such an attack, and the practical timeline is now closer than the field previously assumed. What is also new is that the developer community now has a working prototype of one of the critical tools needed to execute an emergency quantum defense without permanently locking legitimate holders out of their own funds. A problem that has existed in theoretical discussions for years has now produced a concrete technical implementation.