News linked to both this project and an event.
According to an official announcement, Bitget has launched perpetual contracts for four stocks: SBUX (Starbucks), HD (Home Depot), CEG (Constellation Energy), and LEN (Lennar). The above contracts are settled in USDT, support up to 20x leverage, and enable 24/7 trading. As of now, Bitget supports a total of 341 stock contract underlyings.
According to Chaoxiang Research, Goldman Sachs' October 6, 2026 research report indicates that Constellation Energy has signed a combined approximately 3.6 GW nuclear power purchase agreement with Google. The agreement includes an 890 MW nuclear capacity upgrade for a 20-year term, and 2,700 MW of existing nuclear capacity for a 15-year term, totaling approximately 3.59 GW. Constellation Energy has committed to investing more than $4.3 billion. The agreement increases the company's contracted nuclear capacity share from 13% to 28%. Goldman Sachs estimates that pre-growth free cash flow will rise from approximately $449 million to $1.167 billion, representing 5% to 14% of its estimated 2030 baseline. Goldman Sachs maintains a neutral rating with a $305 target price, versus the current stock price of $267.62. Goldman Sachs views the agreement as positive for both the company and the industry, and believes investor skepticism regarding PJM's ability to secure PPAs may now shift. Goldman Sachs also notes that Constellation Energy offers relatively lower valuation attractiveness compared to other independent power producers. Whether the revaluation trend persists will depend on whether PJM policy developments yield adverse outcomes, including the IRAS ruling expected by October 12 and the pending RBP process.
Odaily News: Sonic detailed its technical path for the "post-quantum era," pointing out that most current PoS public chains rely on elliptic curve signatures (such as ECDSA, Ed25519), which face the risk of being cracked once quantum computing (e.g., Shor's algorithm) matures.Sonic stated that the industry is exploring quantum-resistant cryptographic solutions (such as hash-based XMSS, SPHINCS+, and lattice-based Dilithium, Falcon). However, mainstream consensus mechanisms generally rely on BLS aggregate signatures and threshold signatures, and migrating to a quantum-resistant system will face challenges in performance, bandwidth, and architectural restructuring.In contrast, Sonic's SonicCS consensus protocol does not rely on aggregate signatures or global randomness. It uses single-node signatures and hash functions to construct a DAG structure. Therefore, when switching to quantum-resistant cryptography, only the signature algorithm needs to be replaced to complete the upgrade, without adjusting the consensus logic or network structure.Sonic emphasized that this design will significantly reduce the complexity of future migration to quantum-resistant security, giving the network stronger adaptability when quantum computing threats emerge.