Daily research update
Daily estimates a constrained Kelly allocation across SPY and GLD, then scales its active deviation from a 100% SPY benchmark to prescribed drawdown-risk targets. Infeasible rebalances are skipped rather than clipped or partially executed.
we backtested it — Sharpe -0.82 · quant relevance 1.00
The paper uses portfolio-performance attributions to adjust machine-learning statistical-arbitrage allocations without retraining. It reports improved out-of-sample net Sharpe ratios for US equity portfolios, but our shorter data history cannot reproduce its full 2006–2024 test.
we backtested it — Sharpe 0.83 · quant relevance 0.98
AlphaRLM trains a language model to generate symbolic stock-selection factors and reports improved backtested excess returns. Its US-equity factor evaluation is testable here, but the literature-conditioned reinforcement-learning method and Chinese-market results are not reproducible with the stated resources.
we backtested it — Sharpe 0.98 · quant relevance 0.96
The paper applies a risk-sensitive, contextual Pólya urn to portfolio allocation and reports Sharpe-ratio and drawdown improvements using SPY, MSFT, DUK, and TSLA. Its allocation mechanism can be tested with the platform’s daily US price data, while the reported performance is a claim about the authors’ own implementation.
The rest of the batch
The study compares entropy-regularized minimum-variance allocation in multi-asset ETFs with equal-weight and minimum-variance portfolios.
and 6 more · see the full radar
Backtests are hypothetical research results; forward-portfolio figures are a live record. Neither is a guarantee of future performance. Research and education only: not individualised investment advice, not an offer to sell or a solicitation of an offer to buy any security.