Research

Research

Papers, training methods, architectures, interpretability and benchmarks, explained.

470 articles

Articles

1-20 of 470
  1. Best AI Homework Helpers: Photo, Math and Free Options

    Eleven AI homework helpers grouped by job: photo solvers, math engines, AI tutors with guided learning modes, and study and writing tools. What each does, what is free, and paid prices checked on vendor pages as of October 2026.

    Tools
    8 min read
  2. Samsung Will Make Nvidia's NVHBM Base Dies on TSMC 3nm, Report Says

    Nvidia asked Samsung, SK hynix and Micron to build NVHBM base dies on TSMC 3nm and standardize on 1c DRAM, the Seoul Economic Daily reports. Samsung agreed, its first HBM manufacturing tie-up with TSMC, but keeps its in-house model for standard HBM and AMD.

    News
    4 min read
  3. How AI Agents Pay: ACP, UCP, AP2, and x402 Explained

    AI agents now check out and pay on behalf of users. This explainer breaks agent payments into checkout, authorization, and settlement, and shows how ACP, UCP, AP2 mandates, card network tokens, and x402 each solve one part.

    Agents
    9 min read
  4. NVIDIA Publishes an Open Midtraining Recipe for Agentic Coding Models

    An NVIDIA preprint documents a full midtraining blend for coding agents on Nemotron 3.5. After identical SFT, it lifts SWE-bench Multilingual from 55.8 to 62.8 and DeepSWE from 11.7 to 15.7, with ablations on traces, tool-response masking, replay, and learning rate.

    LLM
    7 min read
  5. Autonomous Deep Research Agent Architectures in Production: Comparing Stanford STORM, GPT Researcher, LangChain Open Deep Research, and Hugging Face smolagents

    Standard retrieval-augmented generation pipelines fail when tasked with multi-step analytical synthesis. Single-query vector lookups cannot plan iterative inquiry paths, resolve contradictory evidence across disparate web sources, or maintain coherent document structures over tens of thousands of tokens. To bridge this gap, autonomous deep research agents coordinate multi-turn planning, recursive web search, source triangulation, and section-by-section writing. These systems run asynchronous se

    AI
    5 min read
  6. Test-Time Training (TTT): Mathematical Foundations, Expressive Hidden States, and Linear Complexity in Sequence Models

    Test-Time Training (TTT): Mathematical Foundations, Expressive Hidden States, and Linear Complexity in Sequence Models Sequence modeling has long been characterized by a sharp trade-off between computational efficiency and expressive memory. Transformers provide high expressive capacity by retaining all historical tokens in an uncompressed Key-Value (KV) cache. This structure enables them to scale to long contexts and continuously reduce perplexity as more tokens are conditioned on. However, th

    Education
    8 min read
  7. Voice Activity Detection and Turn-Taking Architecture in Production Voice AI: Comparing Silero VAD, WebRTC VAD, PyAnnote Audio, and Semantic Endpointing

    Real-time voice AI agents depend on two sequential decisions: identifying when a user is speaking, and predicting when they have finished their conversational turn. Acoustic Voice Activity Detection (VAD) handles the first problem at the audio frame level, while turn-taking endpointing manages dialogue state transitions. Mistakes in either layer degrade conversational flow. Inaccurate VAD causes false interruptions from background noise or misses quiet speech onsets. Naive silence-based endpoin

    AI Voice
    5 min read
  8. Open-Source Music and Audio Generation Models in Production: Comparing MusicGen, Stable Audio Open, AudioLDM 2, and YuE

    Neural music and sound generation architectures in production have diverged into two competing paradigms: discrete autoregressive sequence modeling and continuous latent diffusion. While early research relied on cascaded pipelines with separate acoustic and semantic models, modern open-source systems unify generation into single-stage or dual-stage foundations capable of synthesizing high-fidelity instrumentals, sound effects, and full polyphonic songs with vocals. Deploying generative audio in

    AI Music
    7 min read
  9. Transfusion: Mathematical Foundations of Unified Discrete Next-Token Prediction and Continuous Latent Diffusion in Multimodal Transformers

    Generative foundation models have historically operated under two distinct mathematical paradigms: autoregressive sequence modeling over discrete vocabularies (used in text and code generation) and iterative denoising diffusion over continuous vector spaces (used in image and video synthesis). Early attempts to unify both modalities in a single end-to-end transformer forced continuous perceptual data into discrete codebooks using vector quantization (such as VQ-VAE or VQGAN). While discretizatio

    Education
    6 min read