Discover Agent Skills for data science & ml. Browse 61 skills for Claude, ChatGPT & Codex.
Simulates and analyzes quantum mechanical systems using the Quantum Toolbox in Python (QuTiP).
Enables high-performance distributed vector search and multi-agent coordination using QUIC synchronization and hybrid search.
Empowers AI agents to learn and improve through experience using 9 specialized reinforcement learning algorithms and WASM-accelerated inference.
Analyzes biological data including sequences, phylogenetic trees, and microbial diversity metrics using specialized Python tools.
Provides comprehensive tools for astronomical data analysis, coordinate transformations, and cosmological calculations within Python environments.
Manipulates genomic datasets and processes Next-Generation Sequencing (NGS) files using a Pythonic interface to htslib.
Simplifies the development of AI-powered features and autonomous agents using the Vercel AI SDK.
Refines and compresses LLM prompts to minimize token usage and maximize response quality.
Performs high-performance nonlinear dimensionality reduction for data visualization, clustering preprocessing, and supervised manifold learning.
Provides expert guidance and implementation patterns for crafting highly effective LLM prompts using advanced techniques like chain-of-thought and few-shot learning.
Predicts high-accuracy 3D protein-ligand binding poses using diffusion-based deep learning for structure-based drug design.
Implements efficient counting and frequency analysis patterns using Python's collections.Counter for data processing and distribution analysis.
Visualizes code changes, algorithm results, and data states by displaying multiple outputs in parallel columns.
Implements high-performance priority queues for pathfinding, scheduling, and stream processing using efficient heap-based structures.
Optimizes Python data structures using defaultdict for efficient grouping, adjacency lists, and nested dictionary management.
Implements the Norvig pattern of returning sentinel values instead of exceptions for natural algorithmic failures.
Implements the Gale-Shapley algorithm to solve stable matching problems for two-sided markets like residency and admissions.
Encapsulates complex state management into robust class structures to handle transitions, backtracking, and algorithmic branching.
Implements flexible graph and tree traversal patterns with configurable DFS, BFS, and randomized exploration strategies.
Solves complex logic puzzles and scheduling problems using Peter Norvig's propagate-then-search algorithmic pattern.
Implements elegant, idiomatic data transformations using Pythonic list, dictionary, and set comprehensions inspired by Peter Norvig.
Implements memory-efficient sparse data structures using Python sets for infinite grids and large coordinate spaces.
Analyzes Civitai video engagement and content metrics through natural language SQL queries and automated reporting.
Implements memory-efficient combinatorial iteration patterns in Python using the itertools library.
Manages local Ollama LLM models for development, testing, and VRAM optimization within Claude Code workflows.
Implements immutable, memory-efficient data structures using Python's namedtuple for cleaner and more readable code.
Enables the creation of expressive domain-specific languages in Python by overloading arithmetic and logical operators.
Optimizes Python functions by implementing memoization and dynamic programming patterns to eliminate redundant recursive computations.
Solves NP-hard optimization problems using greedy construction and iterative local improvement patterns.
Implements symbolic computation patterns and Abstract Syntax Trees for mathematical modeling and code transformation.
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