Datasets:
STEM Research Corpus — papers with code, telemetry and experiment logs (sample)
A curated sample of recent scientific research artifacts for language-model pre-training. Every record pairs a research paper in full text with the code its authors released; a set of records also includes the measured time-series / telemetry data or experiment logs the research is built on. All content is licensed for commercial use (CC BY 4.0, CC0, MIT, Apache-2.0, BSD and similar).
| Part | Records | Tokens | Share |
|---|---|---|---|
| Papers with code | 709 | 309.4M | 70.9% |
| Papers with code and telemetry / time series | 10 | 63.6M | 14.6% |
| Papers with code and experiment logs / traces | 5 | 63.5M | 14.5% |
| Total | 724 | 436.5M | 100% |
Token counts use the tiktoken o200k_base vocabulary. A pre-training-ready version of the corpus is included in
pretrain/ (see below). The composition and quality profile are detailed in REPORT.md.
Contents
items/<arxiv_id>/ papers with code
paper.txt full text of the paper
code.txt the repository as text: file tree, then every source file and its documentation/configuration
repo.tar.gz snapshot of the repository at the recorded commit
meta.json paper and repository metadata, licenses, quality signals, token counts
datasets/<kind>/<field>/<record>/ papers with code and data (kind: telemetry_timeseries | experiment_logs)
paper.txt full text of the paper describing the data
code.txt code that produced or analyses the data
data.txt the dataset's text content (time series, logs, traces) ready for training
raw.tar | data/ the dataset's original files as published
repo.tar.gz repository snapshot, when the code is a separate repository
meta.json dataset, paper and code metadata, licenses, token counts
pretrain/ pre-training shards (gzip JSONL) and their manifest
manifest_paper_code.jsonl one line per paper-with-code record
manifest_datasets.jsonl one line per data record
REPORT.md composition and quality profile
Text formats
paper.txt: text from the publisher/arXiv PDF text layer, one paper per file.code.txtanddata.txt: each file is introduced by===== <path> =====; notebooks are rendered as code and markdown cells; compressed files are decompressed; Parquet/Arrow rows appear as JSON lines. Data records carry an even sample of their files (up to 10M tokens each) indata.txt, with the complete originals alongside.
Pre-training shards (pretrain/)
24 gzip JSONL shards, one document per line: a text field plus metadata (part, record, licenses,
languages, gpu_workflow, tokens, …). Each document joins a full paper with its complete repository, in the
repository-level layout used for code-model pre-training:
<paper title="…" id="arXiv:…">
…full paper…
</paper>
<repo_name>owner/repo
<file_sep>README.md
…
<file_sep>src/module.py (sources in dependency order, tests last)
…
<data source="…"> (data records)
<file_sep>path
…
</data>
Metadata
Each record's meta.json and manifest line give identifiers and links (arXiv id, DOI, Zenodo / Hugging Face / GitHub),
title, authors, abstract or description, arXiv category or scientific field, publication month, venue, licenses of the
paper, code and data, repository URL and commit, quality signals and token counts per file.
Licensing and attribution
Papers: CC BY 4.0 or CC0. Code: the repository's own license (MIT, Apache-2.0, BSD, ISC, CC0 and similar). Data: the
dataset's published license (CC BY 4.0, CC0, MIT, Apache-2.0). Each record states its licenses in meta.json; CC BY
works are attributed by citing the paper and the dataset or repository listed there.
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