Search the web for current information, news, articles, and websites to find up-to-date content, research topics, or answer questions about recent events.
Apache 2.0
134,441 tools. Last updated 2026-05-23 16:16
"A server for exploring information about quantum physics or quantum-related topics" matching MCP tools:
- Search web or Google Drive to find new sources for research topics, supporting both fast and deep research modes to gather information efficiently.MIT
- Execute batch expectation estimation with a single observable to compare multiple quantum circuits against the same metric using the QPanda3 Runtime MCP Server.Apache 2.0
- Initiate web or Google Drive searches to find new sources for research topics. Choose between fast or deep search modes to gather relevant information for your notebook.MIT
- Bind multiple quantum circuits to multiple observables for multi-objective decision analysis. This tool creates a program set to evaluate different quantum strategies against various objective dimensions in quantum computing scenarios.Apache 2.0
- Converts physics simulation data into keyframe animations for export to React Three Fiber or Remotion, enabling physics-driven video rendering.MIT
Matching MCP Servers
- Alicense-qualityCmaintenanceAn 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
- Alicense-qualityBmaintenanceEnables AI assistants to perform quantum-resistant cryptographic operations using NIST-standardized algorithms including ML-KEM, ML-DSA, and SPHINCS+. Supports key generation, encryption, digital signatures, and security analysis for post-quantum cryptography research and development.Last updated1MIT
Matching MCP Connectors
QuantumOracle — 18 post-quantum crypto tools: Kyber, Dilithium, hybrid schemes, migration.
AI triage for quantum computing POC proposals. Screens before budget is allocated.
- Compute quantum expectation values by submitting circuits and observables to estimate ⟨ψ|O|ψ⟩ for quantum state analysis on quantum processing units.Apache 2.0
- Execute quantum circuits on QPU devices to obtain measurement outcome distributions through sampling, enabling statistical analysis of quantum computations.Apache 2.0
- Retrieve detailed quantum device properties including qubit count, connectivity, native gates, and operational status for quantum computing tasks.Apache 2.0
- Submit multiple quantum circuits for sampling in a single batch to improve efficiency compared to individual submissions.Apache 2.0
- Retrieve quantum computing task results from the QPanda3 Runtime MCP Server. Use this tool to access measurement outcomes or expectation values after task completion.Apache 2.0
- Find related Grokipedia articles linked from a specific page to explore connected topics, build knowledge graphs, or conduct follow-up research.MIT
- Search the web for current information using DuckDuckGo, returning summaries, related topics, and source URLs. No API key required. Privacy-first.Business Source 1.1
- Check the current execution status of quantum computing tasks submitted to QPanda3 Runtime, including pending, running, completed, or failed states.Apache 2.0
- Compute projectile trajectory including range, maximum height, and time of flight for physics or ballistics problems.MIT
- Configure authentication for Origin Quantum cloud services to access quantum computing resources and devices.Apache 2.0
- Search the web for current information, news, articles, and websites to answer questions about recent events, research topics, or find specific resources.Apache 2.0
- Fetch Qiskit tutorials from IBM Quantum Learning Hub to learn quantum computing concepts through practical examples and code.
- Retrieve complete details of a CRS report by report number, including summary, authors, topics, related legislation, and downloadable formats.MIT
- Find scholarly works related to a given paper based on shared topics, citations, and references for discovering similar research.MIT