Global Monetary Policy Shift Tracking - The Federal Reserve has lowered interest rates by 25 basis points to a range of 3.75%-4% in September 2025, aligning with market expectations. Seven out of 26 major economies tracked have cut rates, with the European Central Bank (ECB) maintaining a hawkish stance despite not changing rates for the third consecutive time [2][11] - There is uncertainty regarding further rate cuts by the Federal Reserve within the year. Initially, there was a strong expectation for cuts in October and December, but this has since cooled, with only a 70% probability for a December cut as of late October [3][17] - China's real interest rate has slightly decreased from 3% at the end of September to 2.9% in October 2025, remaining relatively high compared to 13 other economies [3][26] Global Liquidity Tracking - The Federal Reserve's reserve balance has decreased to $2.83 trillion, with a nominal GDP ratio of approximately 12%, indicating that redundant liquidity is nearly exhausted. The ONRRP balance has significantly shrunk to $19.5 billion [4][30] - Various liquidity spreads have shown significant increases, with the EFFR-IOER spread narrowing from -7 basis points to a minimum of -3 basis points, reflecting tightening liquidity conditions [5][37] - The U.S. Treasury bond bid-ask spread has remained stable, indicating that the bond market has not experienced significant widening despite the liquidity tightening from the Fed's balance sheet reduction [7][43] Financial Market Liquidity Tracking - The Libor-OIS spread has risen sharply, reaching a maximum of 110 basis points, indicating tightening liquidity conditions in the U.S. dollar market. However, offshore dollar swap points remain low, suggesting ample liquidity in offshore markets [8][45] - Credit risk premiums in the U.S. have remained low despite recent regional banking credit events, with investment-grade credit default swap (CDS) prices showing only slight increases [8][51]

Core Insights - The rapid growth of the first batch of 10 Sci-Tech Bond ETFs, which surpassed 100 billion in scale, is driven by several factors, including the alignment with national policies supporting technological innovation and the increasing demand for stable returns in a low-interest-rate environment [1][2] Group 1: Factors Driving Growth - Sci-Tech Bonds serve as a new financing tool that supports the development of technological innovation, aligning with the country's focus on enhancing productivity [1] - The Sci-Tech Bond ETF meets current investor needs by combining policy tool attributes with the theme of technological innovation, offering growth potential and policy benefits [1] - In a low-interest-rate market, investors are seeking stable returns, and Sci-Tech Bonds provide greater elasticity compared to ordinary corporate and industrial bonds, offering a yield advantage [1] Group 2: Market Capacity and Characteristics - The overall market capacity for Sci-Tech Bonds is significant, with the CSI AAA Sci-Tech Bond Index exceeding 1 trillion, indicating potential for further expansion [2] - Sci-Tech Bonds are classified as credit bonds, which carry credit risk, unlike government bonds that are free from default risk. This credit risk premium differentiates them from government bonds [3] - The duration characteristics of Sci-Tech Bonds are typically shorter, and they offer higher coupon yields, making them attractive for investors anticipating interest rate declines [3] Group 3: Unique Attributes of Underlying Assets - The underlying assets of Sci-Tech Bond ETFs focus on supporting high-quality development in the technology sector, with funds primarily directed towards technological innovation [4] - The issuance of Sci-Tech Bonds has seen rapid growth, with the primary market exceeding 2 trillion, reflecting a 40% increase since the beginning of the year [4] - Historical data indicates that while the duration of credit bond indices is longer, the Sci-Tech Bond index, focused on growth, exhibits greater elasticity, presenting a unique advantage [4] Group 4: Impact of Funding on Investment - Sci-Tech Bonds inherently support the development of cutting-edge fields such as semiconductors, artificial intelligence, and high-end manufacturing, which have long-term financing needs [5] - The expanding financing demand in these sectors supports the growth of the primary market for Sci-Tech Bonds, thereby increasing investor interest in the secondary market [5] - Sci-Tech Bonds can enhance the elasticity of investment portfolios, making them suitable for long-term allocation by investors with risk tolerance [5]