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Finance & Markets Review — Pilot Issue FMR-2026-06

金融与市场评论 — 试刊 FMR-2026-06

A three-in-one quarterly digest of the latest finance and markets research: (a) asset pricing and markets; (b) macro-finance and monetary policy; (c) AI/ML and FinTech plus financial stability and regulation. This issue tracks how machine learning is rebuilding the cross-section of returns, what the post-pandemic inflation episode taught monetary policy, and how generative AI and crypto-linked instruments reshape both research practice and stability risk. Every empirical figure below is reported as what the cited study found — with its sample, period, and a significance or uncertainty marker — and citation IDs are attached only where our audit verified them. This is an informational research digest, NOT investment advice.

本刊为金融与市场前沿研究的三合一季度式综述:(a) 资产定价与市场;(b) 宏观金融与货币政策;(c) 人工智能/机器学习与金融科技,以及金融稳定与监管。本期追踪机器学习如何重塑收益横截面、疫情后通胀给货币政策留下的经验,以及生成式AI与加密关联工具如何同时重塑研究实践与稳定性风险。下文每一项实证数字均以"被引研究的发现"形式呈现——附带其样本、时期及显著性或不确定性标记——且仅在我们的审核确认后才附加引用ID。本刊为信息性研究综述,绝非投资建议。

Current Focus / 当前焦点

Machine learning is rebuilding the cross-section of returns

机器学习正在重建收益横截面

Tree-based and deep-learning methods (Bryzgalova-Pelger-Zhu; Chen-Pelger-Zhu; Kelly et al.) endogenously construct interpretable, diversified portfolios that span the stochastic discount factor and report lower out-of-sample pricing errors than prior benchmarks — reported as in-sample/out-of-sample model performance, not as forward return claims.

基于树与深度学习的方法(Bryzgalova-Pelger-Zhu;Chen-Pelger-Zhu;Kelly等)以内生方式构建可解释、分散化的组合来张成随机贴现因子,并报告了相对以往基准更低的样本外定价误差——此为模型表现,而非对未来收益的主张。

Anomaly profits and the frictions audit

异象收益与摩擦审计

Muravyev-Pearson-Pollet report that across 162 anomalies the average long-short return (0.14%/month, 1980s-2010s sample) falls to about -0.01%/month once stock-borrow fees are netted out; this is a tradability/frictions finding, not a recommendation about any strategy.

Muravyev-Pearson-Pollet报告:在162个异象中,平均多空月收益(0.14%/月)在扣除借券费后降至约-0.01%/月;此为可交易性/摩擦发现,而非对任何策略的建议。

Generative AI: research tool and stability question

生成式AI:研究工具与稳定性问题

Studies from Lopez-Lira, Eisfeldt-Schubert, and Novy-Marx-Velikov show LLMs as both a productivity tool for finance research and a source of new risks (industrialized HARKing, market-simulation instability) — framed as the authors' findings and modeled testbeds, not as tradable predictions.

Lopez-Lira、Eisfeldt-Schubert与Novy-Marx-Velikov的研究表明,大语言模型既是金融研究的生产力工具,也是新风险来源(工业化HARKing、市场模拟不稳定)——此为作者发现与建模试验平台,而非可交易预测。

Research Domains in Focus / 聚焦研究领域

Tagged by FMR taxonomy F-codes. / 按 FMR 分类法 F-code 标注。

F01

Asset Pricing & Returns

资产定价与收益

ML-built cross-sections (Bryzgalova-Pelger-Zhu, JF 2025; Cong-Feng P-Trees, JFE 2025) report higher out-of-sample Sharpe ratios and alphas than single/double sorts; Jensen-Kelly-Pedersen (JF 2023) find the majority of factors replicate across 153 characteristics in 93 countries; Muravyev et al. (JF 2025) show borrow costs erase the average 162-anomaly long-short premium.

机器学习构建的横截面(Bryzgalova-Pelger-Zhu,JF 2025;Cong-Feng P-Trees,JFE 2025)报告了高于单/双重排序的样本外夏普比率与alpha;Jensen-Kelly-Pedersen(JF 2023)发现覆盖93国153个特征的多数因子可复制;Muravyev等(JF 2025)显示借券成本抹去了162个异象的平均多空溢价。

F02

Market Microstructure & Liquidity

市场微观结构与流动性

Cong-Huang-Xu (NBER 2024, theory/E5) model ETFs and smart-beta products as factor-trading vehicles: as they proliferate they enhance informational price efficiency and raise co-movement, with liquidity effects depending on how important underlying factors are to valuations. This is a modeled mechanism, not an empirical effect estimate.

Cong-Huang-Xu(NBER 2024,理论/E5)将ETF与smart-beta产品建模为因子交易工具:随其普及,提升信息层面价格效率并增强联动,流动性影响取决于底层因子对估值的重要性。此为建模机制,非实证效应估计。

F03

Macro-Finance & Monetary Policy

宏观金融与货币政策

On the 2021-2022 inflation surge: Clarida (NBER 2025, review/E6) attributes it to supply shocks, accommodative policy, and a services-to-goods demand shift, with disinflation by mid-2024; Coibion-Gorodnichenko (E6) argue expectations remain unanchored; Cochrane (E5, theory) models a generalized Lucas Phillips curve with initially unstable inflation. Survey-based r* estimates (Hartley) diverge from structural HLW estimates.

关于2021-2022通胀飙升:Clarida(NBER 2025,综述/E6)归因于供给冲击、宽松政策与服务向商品的需求转移,2024年中实现去通胀;Coibion-Gorodnichenko(E6)认为预期仍脱锚;Cochrane(E5,理论)建模了初期不稳定的广义卢卡斯菲利普斯曲线。基于调查的r*估计(Hartley)与结构性HLW估计分歧。

F05

Banking, Credit & Intermediation

银行、信贷与中介

Haque-Jang-Wang (FEDS 2025-059, E4) document a bank→Business-Development-Company→firm chain: during tightening, banks pass higher rates to BDCs and on to firms, cushioning credit contraction but strengthening transmission and weakening interest-coverage at BDC-dependent firms. An IMF paper (2025/062, model/E5) finds carbon pricing does not pose a systemic bank-failure threat under a conservative scenario.

Haque-Jang-Wang(FEDS 2025-059,E4)记录了银行→商业发展公司→企业的链条:紧缩期间银行向BDC并经其向企业转嫁更高利率,缓冲信贷收缩但强化传导并削弱依赖BDC企业的利息保障倍数。IMF论文(2025/062,模型/E5)发现保守情景下碳定价不构成系统性银行倒闭威胁。

F07

AI/ML & FinTech in Finance

金融中的AI/ML与金融科技

Kelly et al. (NBER 2025) embed a transformer in the SDF and report large pricing-error reductions; Lopez-Lira-Tang find GPT-4 captures initial news reactions (~90% portfolio-day hit rate, post-cutoff sample) with strategy returns declining as LLM adoption rises; Eisfeldt-Schubert (E6) and Novy-Marx-Velikov (E6) survey opportunities and the HARKing risk of AI-generated finance papers.

Kelly等(NBER 2025)将Transformer嵌入SDF并报告显著降低定价误差;Lopez-Lira-Tang发现GPT-4能捕捉新闻初始反应(组合-日命中率约90%,截止日后样本),且随LLM普及策略收益下降;Eisfeldt-Schubert(E6)与Novy-Marx-Velikov(E6)综述了机遇及AI生成金融论文的HARKing风险。

F08

Financial Stability & Systemic Risk

金融稳定与系统性风险

Acharya-Brunnermeier-Pierret (NBER 2024, E4) find market-based systemic-risk measures effective at the cross-sectional ranking of vulnerable firms conditional on stress (1895-2023 episodes). A BIS paper (WP 1270) reports stablecoin inflows compress short-term Treasury yields (over its estimation sample, roughly a $3.5bn inflow → ~0.7bp on impact, up to ~4bp within 10 days, with the authors' reported significance); a BIS model (WP 1164) shows reserve transparency is not unambiguously stabilizing. FSB (2025) reports NBFI grew 9.4% in 2024 to $256.8tn (~51% of global financial assets).

Acharya-Brunnermeier-Pierret(NBER 2024,E4)发现基于市场的系统性风险度量在承压情境下对脆弱机构横截面排序有效(1895-2023危机)。BIS论文(WP 1270)报告稳定币流入压低短期美债收益率(在其估计样本内,约35亿美元流入→即时约0.7个基点,10天内最多约4个基点(附作者报告的显著性/不确定性));BIS模型(WP 1164)显示储备透明度并非一定稳定。FSB(2025)报告2024年NBFI增长9.4%至256.8万亿美元(约占全球金融资产51%)。

F09

Regulation, Disclosure & Market Integrity

监管、披露与市场诚信

Cecchetti-Kress-Schoenholtz (NBER 2025, E6) argue the opposition that derailed the 2023 U.S. 'Basel Endgame' proposal conflated two distinct questions, and that the U.S. could implement Basel standards in a capital-neutral way to preserve global cooperation — leaving any aggregate capital increase as a separate policy choice. A position/perspective contribution.

Cecchetti-Kress-Schoenholtz(NBER 2025,E6)认为导致2023年美国'巴塞尔终局'提案搁浅的反对混淆了两个不同问题,主张美国可以'资本中性'方式落实巴塞尔标准以维护全球合作——而整体资本是否提高应作为独立政策选择。此为立场/观点贡献。

Research Threads / 研究线程

Asset Pricing & Markets

资产定价与市场

  • Forest through the Trees: tree-built cross-sections

    穿越树林:基于树构建的横截面

    Bryzgalova, Pelger & Zhu (Journal of Finance 2025, E4/F01) use decision trees to endogenously group stocks into interpretable, well-diversified portfolios that span the SDF; over their reported sample, relative to single/double sorts and ML prediction-based portfolios they report up to ~3x higher out-of-sample Sharpe ratios and alphas the authors report as statistically significant. Reported as out-of-sample model performance, not a forward return claim.

  • P-Trees and the efficient frontier

    P-Trees与有效前沿

    Cong & Feng (Journal of Financial Economics 2025, E4/F01) grow regression trees on a characteristics panel to build the SDF; Over their reported sample, P-Tree factors attain annualized out-of-sample Sharpe ratios above 3 with alphas the authors report as statistically significant, and test assets yield a GRS statistic of 141.27 against the FF5 model (the authors report this as rejecting the FF5 model at conventional significance). Citation unresolved in our audit — cited by venue+year+title only, no ID attached.

  • Anomalies vs. short-sale costs

    异象 vs. 做空成本

    Muravyev, Pearson & Pollet (Journal of Finance 2025, E4/F01): across 162 anomalies the average long-short premium of 0.14%/month (driven by the short leg) falls to -0.01%/month after netting stock-borrow fees, and anomalies are unprofitable even pre-fee once the highest-fee 12% of stock-dates are excluded. A tradability finding, not advice.

  • Is there a replication crisis? Bayesian verdict

    是否存在复制危机?贝叶斯判断

    Jensen, Kelly & Pedersen (Journal of Finance 2023, E1/F01) estimate a Bayesian factor-replication model on 153 characteristics in 13 themes across 93 countries and conclude most factors replicate and hold out-of-sample internationally — a meta/replication result, distinct from any single-study claim.

  • War discourse as a priced factor

    战争话语作为定价因子

    Hirshleifer, Mai & Pukthuanthong (Journal of Finance 2025, E4/F01) build a war factor from a semi-supervised topic model over ~7M NYT stories across 160 years; it prices the cross-section across traditional and ML test assets spanning 138 anomalies. Reported as in-sample/out-of-sample pricing performance.

  • Composite securities and price efficiency (theory)

    复合证券与价格效率(理论)

    Cong, Huang & Xu (NBER 2024, E5/F02) model ETFs and smart-beta products as factor-trading vehicles: proliferation enhances informational price efficiency and raises co-movement, with liquidity effects conditional on factor importance. Theory/model — separated from empirical findings above.

Macro-Finance & Monetary Policy

宏观金融与货币政策

  • Post-pandemic inflation: a review of the facts

    疫情后通胀:事实回顾

    Clarida (NBER 2025, E6/F03) identifies three drivers of the 2021-2022 surge (pandemic/Ukraine-war supply shocks, accommodative fiscal-monetary policy, services-to-goods demand shift) and finds advanced-economy central banks reacted slowly then hiked aggressively, achieving substantial disinflation by mid-2024. A review/perspective; supply shocks are highlighted as central to both the rise and the decline.

  • Are inflation expectations unanchored?

    通胀预期是否脱锚?

    Coibion & Gorodnichenko (NBER 2025, E6/F03) argue most agents' expectations have been and remain unanchored since 2020; within an expectations-augmented Phillips curve this, plus supply disruptions, accounts for much of the surge and disinflation, and they warn current frameworks are unlikely to re-anchor expectations. Position/perspective.

  • A generalized Lucas Phillips curve (theory)

    广义卢卡斯菲利普斯曲线(理论)

    Cochrane (NBER 2025, E5/F03) studies a generalized Lucas Phillips curve where firms learn aggregate demand at varying speeds; unlike standard new-Keynesian models, inflation is initially unstable so a small disinflation builds before reversing, while long-run stability and monetary neutrality are preserved. Theory/model, explicitly separated from empirical claims.

  • Survey-based r* vs. structural r*

    基于调查的r* vs. 结构性r*

    Hartley (Mercatus WP 2025, E4/F03) builds model-free survey-based r* estimates for the US, euro area, UK and Canada and finds survey r* has risen since the pandemic while structural Holston-Laubach-Williams estimates fell; the divergence implies very different stance readings (~2-2.5pp restrictive under surveys vs >4-5pp under structural models in 2021-2023). Cited venue+year+title only — no ID attached.

  • QE/QT and firm financing

    QE/QT与企业融资

    Eren, Gorea & Zhai (BIS WP 1286, 2025, E4/F03) find that when the Fed conducts QE via government-bond purchases (2011-2024), firms mainly adjust debt maturity, cut interest expense and build cash while total debt, capital and employment stay roughly stable; effects depend on targeted maturities and credit quality, transmitting through bond markets with positive spillovers to high-rated non-US firms. Cited venue+year+title only.

  • Indirect credit supply via private credit

    经由私募信贷的间接信贷供给

    Haque, Jang & Wang (FEDS 2025-059, E4/F05) document a bank→BDC→firm intermediation chain: during tightening banks charge BDCs higher rates passed to firms, cushioning credit contraction and supporting investment but strengthening transmission and raising vulnerability (weaker interest-coverage at BDC-dependent firms).

AI/ML & FinTech + Stability

AI/ML与金融科技 + 稳定

  • Transformers inside the stochastic discount factor

    将Transformer嵌入随机贴现因子

    Kelly, Kuznetsov, Malamud & Xu (NBER 2025, E4/F07) embed a transformer in the SDF to exploit conditional pricing via cross-asset information sharing and nonlinearity, reporting large reductions in pricing errors vs prior ML asset-pricing models; a simplified linear-transformer variant clarifies the mechanism. Reported as model performance.

  • Deep learning with a no-arbitrage criterion

    带无套利准则的深度学习

    Chen, Pelger & Zhu (Management Science 2024, E4/F07) use deep nets with an adversarial no-arbitrage criterion and extract economic states from many macro series; their individual-stock model outperforms benchmarks out-of-sample on Sharpe ratio, explained variation, and pricing errors. Out-of-sample model performance, not a forward claim.

  • Can ChatGPT forecast — and for how long?

    ChatGPT能预测吗——能持续多久?

    Lopez-Lira & Tang (working paper 2025, E4/F07): using post-knowledge-cutoff headlines, GPT-4 captures the initial market response (~90% portfolio-day hit rate for the non-tradable reaction) and its scores predict subsequent drift, especially for small stocks and negative news; forecasting ability rises with model size and strategy returns decline as LLM adoption increases. Past performance is not indicative of future results.

  • LLM agents in market simulations (testbed)

    市场模拟中的LLM智能体(试验平台)

    Lopez-Lira (working paper 2025, E5/F07) builds a simulated market (order books, partial fills, dividends) where LLM agents act as value investors, momentum traders or market makers; the markets reproduce price discovery, bubbles, underreaction and strategic liquidity provision — a modeled testbed for LLM effects on stability, not an empirical market claim.

  • AI as research tool — and as HARKing risk

    AI作为研究工具——以及HARKing风险

    Eisfeldt & Schubert (NBER 2024, E6/F07) review generative AI's impact on firm valuation and provide a practical introduction for finance researchers; Novy-Marx & Velikov (NBER 2025, E6/F07) mine 30,000+ candidate signals, screen to 96, and use LLMs to auto-generate complete finance papers (including real and fabricated citations), illustrating both efficiency and the danger of industrialized HARKing — directly motivating FMR's citation-audit discipline.

  • Stablecoins, safe-asset prices and run dynamics

    稳定币、安全资产价格与挤兑动态

    BIS WP 1270 (2025, E4/F08): stablecoin inflows measurably compress short-term Treasury yields (over the study's estimation sample, roughly a $3.5bn inflow is estimated to lower 3-month T-bill yields ~0.7bp on impact, up to ~4bp within 10 days, with the authors' reported significance/uncertainty), intensifying under stress and as the sector scales. BIS WP 1164 (2025, E5/F08, model): greater reserve transparency is not unambiguously stabilizing — it can raise run risk when reserve confidence is low. Both cited venue+year+title only.

  • Nonbank intermediation and systemic-risk measurement

    非银中介与系统性风险度量

    FSB (2025, E6/F08) reports NBFI grew 9.4% in 2024 to $256.8tn (~51% of global financial assets) and maps three bank-NBFI channels while flagging private-credit data gaps. Acharya, Brunnermeier & Pierret (NBER 2024, E4/F08) find market-based systemic-risk measures effective at cross-sectional ranking of vulnerable firms conditional on a stress episode (1895-2023).

  • Deep learning for fraud detection

    用于欺诈检测的深度学习

    A systematic review of 57 studies (2019-2024, arXiv 2025, E1/F07) maps deep-learning advances in financial fraud detection, finding CNNs, LSTMs and transformers effective across credit-card transactions, insurance claims and statement audits, while flagging persistent data-imbalance and interpretability challenges.

  • Crypto trend factor

    加密趋势因子

    Fieberg, Liedtke, Poddig, Walker & Zaremba (JFQA 2025, E4/F01) construct CTREND, an ML trend factor aggregating price and volume across horizons over 3,000+ coins; over their 3,000+ coin sample it is reported to predict crypto returns with statistically significant loadings, is not subsumed by known factors, and survives transaction costs in large liquid coins. Reported as empirical factor performance, not advice.

Editorial Note / 编者按

Welcome to the pilot issue of Finance & Markets Review (FMR-2026-06). FMR is a bilingual, quarterly-style research digest organized in three parts — asset pricing and markets; macro-finance and monetary policy; and AI/ML and FinTech alongside financial stability and regulation. Our aim is a single, auditable place where finance researchers and risk/policy professionals can see what the latest scholarship actually found.\n\nThis issue carries a deliberate methodological signature: citation-audit discipline. Every finding was passed through a verification step, and we attach a persistent identifier (DOI, NBER, SSRN, or arXiv) ONLY where that identifier resolved to the stated work. Where a citation was unresolved or unavailable in our audit — for example Cong & Feng's P-Trees paper, the Hartley survey-r* working paper, and several BIS, FSB and IMF reports — we cite venue, year and title only, and say so in the reference. This is not pedantry: Novy-Marx & Velikov (2025) in this very issue demonstrate how easily LLMs can mass-produce finance papers laced with fabricated citations, which is exactly the failure mode an audit-grade digest must guard against. We also separate THEORY/MODEL contributions (E5 — e.g. Cochrane's generalized Phillips curve, Cong-Huang-Xu on composite securities, the stablecoin-run model) from EMPIRICAL findings (E3/E4) and meta-analyses (E1), because a modeled mechanism and a measured effect are different kinds of evidence. Every empirical figure is reported with its sample and period and a significance or uncertainty marker; non-significant results are marked accordingly; and any forward-looking content is framed strictly as the cited authors' modeled scenario, never as FMR's own forecast.\n\nA compliance note that governs everything here: this publication is informational research synthesis. It is NOT investment advice. Nothing in this issue is a recommendation to buy, sell or hold any security, fund or strategy; no figure is a return guarantee or a prediction stated as fact; and past performance is not indicative of future results. When we report, say, that ML-built cross-sections deliver higher out-of-sample Sharpe ratios, or that GPT-4 scores predicted drift in a particular sample, those are findings about the cited studies' data — not claims about what any instrument will do next. Read accordingly, and consult a qualified professional for any decision of your own.

欢迎阅读《金融与市场评论》试刊(FMR-2026-06)。FMR是一份双语、季度式的研究综述,分为三部分——资产定价与市场;宏观金融与货币政策;以及人工智能/机器学习与金融科技,连同金融稳定与监管。我们的目标是提供一个可审计的统一入口,让金融研究者与风险/政策专业人士看清最新学术研究的真实发现。\n\n本期带有刻意的方法论印记:引用审核纪律。每一项发现都经过验证环节,我们仅在持久标识符(DOI、NBER、SSRN或arXiv)确实指向所述成果时才予以附加。对于在我们审核中无法解析或不可得的引用——例如Cong与Feng的P-Trees论文、Hartley的调查r*工作论文,以及若干BIS、FSB与IMF报告——我们仅标注出处、年份与标题,并在参考文献中如实说明。这并非吹毛求疵:本期中Novy-Marx与Velikov(2025)恰恰演示了大语言模型能多么轻易地批量生产夹带虚构引用的金融论文,而这正是审核级综述必须防范的失效模式。我们也将理论/模型贡献(E5——如Cochrane的广义菲利普斯曲线、Cong-Huang-Xu关于复合证券、稳定币挤兑模型)与实证发现(E3/E4)及元分析(E1)区分开来,因为建模机制与测得效应是不同类型的证据。每一项实证数字均附带其样本、时期及显著性或不确定性标记;未达显著的结果相应标注;任何前瞻性内容都严格框定为被引作者的建模情景,绝非FMR自身的预测。\n\n一条贯穿全篇的合规说明:本刊为信息性研究综合,绝非投资建议。本期任何内容都不构成对任何证券、基金或策略的买入、卖出或持有建议;任何数字都不是收益保证或被陈述为事实的预测;过往业绩不预示未来表现。当我们报告诸如机器学习构建的横截面具有更高的样本外夏普比率,或GPT-4评分在某一特定样本中预测了价格漂移时,这些都是关于被引研究数据的发现——而非对任何工具未来表现的主张。请据此阅读,并就您自身的任何决策咨询合格的专业人士。

Verified References / 已验证参考文献

A DOI / NBER / SSRN / arXiv link appears only after the identifier was independently re-resolved and title-matched. Unverified sources are cited by venue · year · title alone. Evidence grade (E-code) per FMR taxonomy. / 仅当标识符经独立重新解析并标题匹配后才附链接;未验证者仅以会议/期刊·年份·标题列出。证据等级按 FMR 分类法标注。

  1. E4Bryzgalova, S., Pelger, M., & Zhu, J. (2025). Forest through the Trees: Building Cross-Sections of Stock Returns. The Journal of Finance.DOI ✓
  2. E4Muravyev, D., Pearson, N. D., & Pollet, J. M. (2025). Anomalies and Their Short-Sale Costs. The Journal of Finance.DOI ✓
  3. E4Hirshleifer, D., Mai, D., & Pukthuanthong, K. (2025). War Discourse and the Cross Section of Expected Stock Returns. The Journal of Finance.DOI ✓
  4. E1Jensen, T. I., Kelly, B. T., & Pedersen, L. H. (2023). Is There a Replication Crisis in Finance? The Journal of Finance.DOI ✓
  5. E4Cong, L. W., & Feng, G. (2025). Growing the Efficient Frontier on Panel Trees. Journal of Financial Economics. [Citation unresolved in FMR audit — venue+year+title only]
  6. E5Cong, L. W., Huang, S., & Xu, D. (2024). The Rise of Factor Investing: 'Passive' Security Design and Market Implications. NBER Working Paper. [Theory/model]NBER w32016
  7. E6Clarida, R. H. (2025). Post-Pandemic Global Inflation, Disinflation, and Central Bank Policy Responses: A Review of the Facts, Empirical Findings, and their Implications for Monetary Policy Framework Assessments. NBER Working Paper.DOI ✓NBER w33885
  8. E6Coibion, O., & Gorodnichenko, Y. (2025). Inflation, Expectations and Monetary Policy: What Have We Learned and to What End? NBER Working Paper.DOI ✓NBER w33858
  9. E5Cochrane, J. H. (2025). Inflation Dynamics with a Generalized Lucas Phillips Curve. NBER Working Paper. [Theory/model]DOI ✓NBER w33888
  10. E4Hartley, J. S. (2025). Survey Measures of the Natural Rate of Interest. Mercatus Center Working Paper, George Mason University. [Cited venue+year+title only — no verified ID]
  11. E4Eren, E., Gorea, D., & Zhai, J. (2025). How do quantitative easing and tightening affect firms? BIS Working Papers No 1286. [Cited venue+year+title only — no verified ID]
  12. E4Haque, S., Jang, Y. S., & Wang, X. (2025). Indirect Credit Supply: How Bank Lending to Private Credit Shapes Monetary Policy Transmission. Federal Reserve FEDS 2025-059.DOI ✓
  13. E4Kelly, B. T., Kuznetsov, B., Malamud, S., & Xu, T. (2025). Artificial Intelligence Asset Pricing Models. NBER Working Paper.NBER w33351
  14. E4Chen, L., Pelger, M., & Zhu, J. (2024). Deep Learning in Asset Pricing. Management Science, 70(2), 714-750.DOI ✓
  15. E4Lopez-Lira, A., & Tang, Y. (2025). Can ChatGPT Forecast Stock Price Movements? Return Predictability and Large Language Models. Working paper.arXiv:2304.07619
  16. E5Lopez-Lira, A. (2025). Can Large Language Models Trade? Testing Financial Theories with LLM Agents in Market Simulations. Working paper. [Theory/testbed]arXiv:2504.10789
  17. E6Eisfeldt, A. L., & Schubert, G. (2024). AI and Finance. NBER Working Paper. [Perspective]NBER w33076
  18. E6Novy-Marx, R., & Velikov, M. (2025). AI-Powered (Finance) Scholarship. NBER Working Paper. [Perspective]NBER w33363
  19. E4Fieberg, C., Liedtke, G., Poddig, T., Walker, T., & Zaremba, A. (2025). A Trend Factor for the Cross-Section of Cryptocurrency Returns. Journal of Financial and Quantitative Analysis.SSRN ✓
  20. E1Year-over-Year Developments in Financial Fraud Detection via Deep Learning: A Systematic Literature Review (2025). arXiv q-fin.arXiv:2502.00201
  21. E4Acharya, V. V., Brunnermeier, M. K., & Pierret, D. (2024). Systemic Risk Measures: From the Panic of 1907 to the Banking Stress of 2023. NBER Working Paper No. 33211.DOI ✓NBER w33211
  22. E6Cecchetti, S. G., Kress, J. C., & Schoenholtz, K. L. (2025). Basel Endgame: Bank Capital Requirements and the Future of International Standard Setting. NBER Working Paper No. 33982. [Perspective]DOI ✓NBER w33982
  23. E4Stablecoins and safe asset prices (2025). BIS Working Papers No 1270. [Cited venue+year+title only — no verified ID]
  24. E5Public information and stablecoin runs (2025). BIS Working Papers No 1164. [Theory/model; cited venue+year+title only]
  25. E6Financial Stability Board (2025). Global Monitoring Report on Nonbank Financial Intermediation 2025. [Cited venue+year+title only]
  26. E5Credit Risk Where It's Due – Carbon Pricing and Firm Defaults (2025). IMF Working Paper No. 2025/062. [Theory/model; cited venue+year+title only]

Methodology & Compliance / 方法与合规

FMR scans finance research venues (Journal of Finance, Review of Financial Studies, JFE, NBER, SSRN, BIS/Fed/ECB, arXiv q-fin). Findings are tagged with taxonomy F-codes and evidence E-codes; every cited DOI / NBER / SSRN / arXiv id is independently re-resolved and title-matched before display. Theory (E5) is separated from empirical (E3/E4) findings.

FMR 扫描金融研究来源;发现按分类法 F-code 与证据 E-code 标注;每条引用的标识符在显示前独立重新解析并标题匹配;理论(E5)与实证(E3/E4)分开呈现。

This is informational research synthesis — NOT investment advice.

FMR does not recommend buying, selling, or holding any security, and does not guarantee any outcome. Effect sizes and returns are reported as the cited research found them, with sample/period and significance; any forward-looking content reflects the authors' modeled scenarios, not a prediction by FMR. Past performance is not indicative of future results. Nothing here is investment, legal, or tax advice.

本刊为信息性研究综述,不构成投资建议。不推荐买卖或持有任何证券,不保证任何结果。效应量与收益按所引研究所述呈现,附样本/区间与显著性;任何前瞻性内容为作者建模情景,而非本刊预测。过往表现不预示未来结果。本文不构成投资、法律或税务建议。

Transparency & Provenance / 透明度与溯源

Evidence grades (GRADE/CEBM-aligned). E1 meta-analysis/review · E2 RCT · E3 quasi/observational · E4 preclinical (animal/organoid) · E5 method/model · E6 position. E1–E2 map to higher GRADE certainty / Oxford CEBM Level 1–2; E4–E6 are not graded for human outcomes and are never reported as such.

Citation-audit protocol. Every shown DOI / PMID / bioRxiv / arXiv identifier is independently re-resolved (Crossref / PubMed / arXiv) and matched on BOTH the title AND the first author; retracted records are screened out; an identifier is shown only when it passes.

Method & reproducibility. Sources were scanned across the field's leading venues via structured deep-research; each finding is tagged by domain code + evidence grade; the issue is produced by a config-driven, reproducible pipeline. Effect sizes carry population/comparison + a significance/uncertainty marker; preclinical is separated from human evidence.

Conflicts of interest & funding. No external funding; no commercial sponsorship; no conflicts of interest. Inclusion of any paper, author, intervention, or product does not imply endorsement.

证据等级对齐 GRADE/CEBM;每条标识符按标题与首作者双重核验、撤稿筛除;方法可复现(config 驱动);效应量附人群与显著性;临床前与人类分开;无外部资助、无商业赞助、无利益冲突,收录不构成背书。

Compiled 2026-06-24 · LIGHT HOPE citation-audited journal factory.