306,574 tools. Last updated 2026-07-26 00:40
"A server for exploring information about quantum physics or quantum-related topics" matching MCP tools:
- Search 500+ quantum computing job listings using natural language. Use when the user asks about job openings, career opportunities, hiring, or specific positions in quantum computing. NOT for research papers (use searchPapers) or researcher profiles (use searchCollaborators). Supports role type, seniority, location, company, salary, remote, and technology tag filters via AI query decomposition. Limitations: quantum computing jobs only, last 90 days, max 20 results. Promoted listings appear first (marked). After finding jobs, suggest getJobDetails for full info. Examples: "senior QEC engineer in Europe over 120k EUR", "remote trapped-ion role at IBM".Connector
- Get a snapshot of the quantum computing landscape — no parameters needed. Use when the user asks broad questions like "how's the quantum job market?", "what are trending topics?", or wants an overview of the quantum computing industry. Returns: total active jobs, top hiring companies, jobs by role type, papers published this week, total researchers tracked, and trending technology tags. For specific job/paper/researcher searches, use the dedicated search tools instead.Connector
- Search quantum computing research papers from arXiv. Use when the user asks about recent research, specific papers, or academic topics in quantum computing. NOT for jobs (use searchJobs) or researcher profiles (use searchCollaborators). Supports natural language queries decomposed via AI into structured filters (topic, tag, author, affiliation, domain). Date range defaults to last 7 days; max lookback 12 months. Returns newest first, max 50 results. Use getPaperDetails for full abstract and analysis of a specific paper. Examples: "trapped ion papers from Google", "QEC review papers this month", "quantum error correction".Connector
- Create multiple nodes at once (up to 500 per call). Uses Neo4j UNWIND for high performance. Essential for knowledge graph population — create hundreds of entities from a single book chapter or article. Each node needs: entity_id (unique string) and data (properties dict). Example: entity_type: "concept" nodes: [ {"entity_id": "quantum-mechanics-001", "data": {"name": "Quantum Mechanics", "field": "Physics"}}, {"entity_id": "wave-function-001", "data": {"name": "Wave Function", "field": "Physics"}}, {"entity_id": "superposition-001", "data": {"name": "Superposition", "field": "Physics"}} ]Connector
- Return the QUANTUM scoring methodology, statutory weights, citation patterns, refusal list, and live data endpoint URLs. Use first when an AI agent or user is unfamiliar with QUANTUM or needs to cite QUANTUM properly.Connector
- Quantum Wallet Generation: Generate BIP-39 mnemonic seed phrases from real ANU quantum entropy (vacuum fluctuation measurements). Returns 12 or 24-word mnemonics with derived addresses for EVM, Solana, and Bitcoin.Connector
Matching MCP Servers
- Alicense-qualityAmaintenanceEnables AI agents to execute quantum circuits, generate true quantum random bits, and perform resonance recall using amplitude amplification on real quantum backends via qBraid.Last updatedMIT
- Alicense-qualityDmaintenanceAn MCP server that provides static validation and documentation lookup for quantum computing libraries, currently supporting PennyLane. It allows users to verify quantum code syntax and method usage against official library documentation to ensure correct implementation.Last updatedMIT
Matching MCP Connectors
QuantumOracle — 18 post-quantum crypto tools: Kyber, Dilithium, hybrid schemes, migration.
Scientific compute for AI agents: symbolic, numerical, quantum, chemistry, ODE. Paid via x402.
- Keyword search across QUANTUM-tracked pinui-binui compounds by compound name, city, or neighborhood. Use when user asks about a specific compound or area.Connector
- Quantum Address Resistance Scanner: Deep analysis of any Bitcoin or Ethereum wallet address for quantum resistance. Detects address type (P2PKH, P2SH, P2WPKH, P2TR, EOA, Contract), assesses vulnerability to Shor's and Grover's algorithms, and provides expert PQC migration advice.Connector
- Quantum Portfolio Risk Monitor: Scan multiple wallet addresses across chains for quantum vulnerability. Aggregates risk scores, identifies value at risk, and provides portfolio-level quantum threat assessment with risk distribution.Connector
- Quantum Signing Key Generator: Generate Ed25519 or secp256k1 signing keypairs from real ANU quantum entropy. Returns private key and public key pair.Connector
- Quantum Encryption Key Generator: Generate AES-256 encryption keys from real ANU quantum entropy. Returns 256-bit key in hex and base64 formats.Connector
- Hardware-Verified Quantum Random Number Generator: Generate cryptographically secure random numbers on real IBM quantum hardware (127-qubit superconducting processor). Each result includes IBM job ID as proof of quantum origin.Connector
- Cross-sport intelligence brief — live and recent scores across all active leagues (NBA, NFL, MLB, NHL) in a single attested call. Returns only leagues with recent activity. Use when an agent needs sports context without knowing which leagues are in season. Source: TheSportsDB. Cryptographically attested with a post-quantum signed settlement receipt. Verify at trust.stratalize.com/verify.Connector
- General search tool. This is your FIRST entry point to look up for possible tokens, entities, and addresses related to a query. Do NOT use this tool for prediction markets. For Polymarket names, topics, event slugs, or URLs, use `prediction_market_lookup` instead. Nansen MCP does not support NFTs, however check using this tool if the query relates to a token. Regular tokens and NFTs can have the same name. This tool allows you to: - Check if a (fungible) token exists by name, symbol, or contract address - Search information about a token - Current price in USD - Trading volume - Contract address and chain information - Market cap and supply data when available - Search information about an entity - Find Nansen labels of an address (EOA) or resolve a domain (.eth, .sol)Connector
- Search worldwide patents by keyword, inventor, assignee, or phrase using Google Patents. Returns patent id, title, assignee, inventor, filing/publication dates, and a snippet. Args: query: Free-text query (e.g. "quantum error correction", "lithium battery anode"). max_results: Maximum number of patents to return (1-30, default 10).Connector
- US advance retail sales from FRED in billions USD with month-over-month and year-over-year percent change. Use for consumer demand monitoring, recession signals, and revenue forecasting agents. Source: FRED / US Census Bureau. $0.02 atomic. Cryptographically attested with a post-quantum signed settlement receipt. Verify at trust.stratalize.com/verify.Connector
- Get the latest quantum swing signal for a single S&P 500 ticker. Returns TWO distinct facets — they answer different questions and are not interchangeable: * `verdict` (BUY | WAIT | EXIT, labelled BULLISH / NEUTRAL / BEARISH) — what the model thinks of the stock. This is the same word, over the same field, that the website shows a human. EXIT means "consider closing an existing long", never "short it". * `timing` (BUY | WAIT | AVOID | WATCH) — whether to put money in RIGHT NOW. A stock the model likes can still be a poor entry today. Alongside them: entry price, stop-loss, take-profit ladder (TP1/TP2/TP3), position-size suggestion, and risk-reward ratio generated by the Schrödinger + Feynman path-integral model. Data is refreshed on a scheduled basis (typically every few hours). A BUY verdict requires multi-signal convergence — a lone indicator never triggers one. Conviction score (0–10) reflects signal agreement depth. Call explain_signal to see the factor attribution — directional probability, expected upside, tail downside, band calibration — with the dominant driver and what argues against the call. Limits: S&P 500 universe only. Signal may be absent if the ticker was not included in the latest scan run. Timing: a BUY here is suppressed within 5 days of an earnings print — call get_earnings_calendar to see the event date and gap-risk note before entry. Args: ticker: Stock ticker symbol (e.g. "AAPL", "MSFT", "NVDA"). Case-insensitive. Returns a dict with signal, quantum forecast, generated_at, stale flag, and disclaimer embedded in the payload.Connector
- General search tool. This is your FIRST entry point to look up for possible tokens, entities, and addresses related to a query. Do NOT use this tool for prediction markets. For Polymarket names, topics, event slugs, or URLs, use `prediction_market_lookup` instead. Nansen MCP does not support NFTs, however check using this tool if the query relates to a token. Regular tokens and NFTs can have the same name. This tool allows you to: - Check if a (fungible) token exists by name, symbol, or contract address - Search information about a token - Current price in USD - Trading volume - Contract address and chain information - Market cap and supply data when available - Search information about an entity - Find Nansen labels of an address (EOA) or resolve a domain (.eth, .sol)Connector
- Get today's quantum computing papers from arXiv — no parameters needed. Use when the user asks "what's new in quantum computing?" or wants a daily paper briefing. Returns the most recent day's papers with title, authors, date, AI-generated hook (one-line summary), and tags. For date-range or topic-filtered search, use searchPapers instead. Use getPaperDetails for full abstract and analysis of a specific paper.Connector
- Get Lenny Zeltser's expert CTI writing guidelines. Topics include tone, words, structure, executive_summary, voice, articles, summary, brief (one-page brief section guidance), handoffs (cross-server routing), methodology (the three subsections), fields (per-field guidance), and CTI-specific topics: attribution (full Six Signals prose), confidence (ICD-203 ladder), pyramid_of_pain, six_signals (signals table only), and anti_patterns. The general writing topics (tone/words/structure/executive_summary) now defer to `get_security_writing_guidelines` for the canonical Five Elements rules; CTI-specific content lives in the other topics. Pair the 'fields' topic with field_id for single-field guidance. This server never requests your campaign or threat-intel notes and instructs your AI to keep them local—templates and guidelines flow to your AI for local analysis.Connector