Science – Page 65 – Investment Policy

Beyond the Signal: Modeling Latency in 5G Networks

01.12.2025 by Ray Dalio

LatencyScope demonstrates a superior ability to model the distribution of network latency in two representative 5G scenarios when contrasted with conventional 5G simulators.

A new mathematical framework promises to unlock the full potential of 5G by providing a precise way to understand and optimize network latency.

Winning the Game: A New Algorithm for Evolutionary Strategy

01.12.2025 by Ray Dalio

Researchers have developed the first scalable computational method for determining optimal strategies in complex multiplayer games, offering insights into how stable behaviors emerge.

Building Resilient Private Clouds: A Redundancy Deep Dive

01.12.2025 by Ray Dalio

The architecture prioritizes system resilience through cold standby redundancy, extending the failover capability to both the virtual machine and the underlying host infrastructure.

New research explores how combining host and virtual machine redundancy strategies can dramatically improve uptime and reliability in private cloud deployments.

Beyond Blocks: A New Architecture for Blockchain Security

01.12.2025 by Ray Dalio

A reward mechanism distinguishes between destructed blocks (red), contested blocks (blue), and unacceptable blocks (gray) to define a ledger function.

Researchers propose MAD-DAG, a protocol leveraging directed acyclic graphs to fortify blockchain consensus against increasingly sophisticated miner extraction of value (MEV) attacks.

Can AI Write Secure Code? A New Benchmark Evaluates LLM Performance.

30.11.2025 by Ray Dalio

DualGauge establishes a benchmarking system designed to rigorously evaluate the security of code generated by automated systems, providing a unified framework for assessing vulnerabilities and robustness.

Researchers have developed an automated system to rigorously assess both the security and functional correctness of code generated by large language models.

The Limits of Efficient Algorithms for Identifying Code

30.11.2025 by Ray Dalio

The construction of graphGG relies on a specific set of tools and components, meticulously assembled to facilitate its creation and functionality.

A new proof demonstrates that the long-studied Identifying Code problem is unlikely to have a fast, practical solution, resolving a key question in parameterized complexity.

Seeing Through Camouflage: A Reference-Free Detection Approach

30.11.2025 by Ray Dalio

RefOnce distinguishes itself from existing reference-based approaches by retrieving contextual information directly from a prototype memory, enabling inference without explicit reference images - a departure that addresses limitations inherent in methods relying on pre-defined correspondences.

Researchers have developed a new framework that eliminates the need for reference images in detecting camouflaged objects, relying instead on distilled category knowledge and adaptive feature alignment.

When Wordplay Breaks AI: What Language Models Struggle to Spell

30.11.2025 by Ray Dalio

$Model performance on puzzle solving demonstrates a capacity-dependent sensitivity to difficulty, with smaller models-like Qwen-4B, exhibiting a $19\times$ performance drop from easy to hard puzzles-showing far greater variation than larger models such as GPT-5-mini ($2.5\times$), though calibration strength remains modest across all models-ranging from $r=0.24$ to $0.38$-with proprietary models displaying slightly better correlation.$

New research explores how large language models perform on tasks requiring strict adherence to orthographic rules, revealing surprising weaknesses despite their fluency.

Can Language Models Handle a Reworded Question?

30.11.2025 by Ray Dalio

The system employs a defined prompting strategy to elicit paraphrased questions, ensuring consistent formatting of the output and facilitating controlled linguistic variation.

New research introduces a benchmark and metric to test how well AI systems maintain consistent answers when faced with paraphrased queries.

Pinpointing Faults in a Wind Farm Network

30.11.2025 by Ray Dalio

A wind farm’s electrical infrastructure integrates multiple individually-controlled, bidirectional renewable energy sources - known as IBRs - along radial feeders to efficiently collect and distribute generated power.

New research offers a streamlined approach to accurately locate short circuits in wind farms increasingly reliant on inverter-based resources.