All skills

Builds conference-ready research posters in beamerposter, tikzposter, or baposter — from layout to print-ready PDF.

A fail-closed EDA skill that profiles authorized local scientific files, audits missingness, leakage and outliers, and drafts a rigorous report without exposing raw values.

Design, review, and migrate MATLAB or Octave code with strict license gating, static-only safety checks, and reproducibility reporting.

Extract layout-preserved text with per-item bounding boxes, run OCR, and render page PNGs from PDFs, Office files, and images — all fully local.

A skill that steers Claude toward idiomatic Matplotlib code for publication-quality figures.

Turn a plain-language description into a publication-quality infographic, with AI quality scoring that only re-renders when the result falls below a threshold.

Build, test, and analyze bounded process-based discrete-event simulations in SimPy with correct event semantics and replication-based output analysis.

Guides you through UMAP embeddings, parameter tuning, and clustering preprocessing with ready-to-run scikit-learn code.

A hands-on PyG skill covering node/link/graph tasks, custom message passing, heterogeneous graphs, and neighbor sampling for large graphs.

Builds macro-free, editable PowerPoint conference posters from an author-approved local manifest, with physical-size, printer, accessibility, and package-security audits.

Conservatively detects the CPU, memory, disk and accelerator limits your current process actually has, emitting a redacted JSON snapshot plus safe worker-planning helpers.

Guides Claude through deepTools workflows for converting, QC-ing and visualizing ChIP-seq, RNA-seq and ATAC-seq data.

A skill for designing, simulating, and running quantum circuits with Google's Cirq framework.

Correct, idiomatic pysam workflows for reading, querying, filtering, and writing SAM/BAM/CRAM, VCF/BCF, FASTA/FASTQ, and tabix data.

Discovers and applies curated Hugging Face datasets, models, and Spaces across 17 scientific domains, from protein design to climate modeling.

Turns observations into evidence-bounded candidate hypotheses, rival explanations, discriminating predictions, and preregistration-ready analysis plans.

Reads any text and maps the author's thinking style across 12 cognitive dimensions into a 'cognitive fingerprint' profile.

Lets Claude read, create, and update Zotero libraries and export citations through the pyzotero Python client.

Plans studies by computing required sample size, minimum detectable effect, and power curves via closed-form formulas or Monte Carlo simulation.

Runs ORA and (pre)ranked GSEA on gene lists or ranked gene tables across GO, KEGG, Reactome and MSigDB, then interprets and visualizes the results.