The only MCP server that connects ArXiv quantum research to global news through deterministic entity UUIDs. IBM Heron has ONE ID — whether it appears in a paper from MIT or a headline from Tokyo.
cross_world: true).
country_count, the more global the signal.
This query is impossible without deterministic entity UUIDs.
qubit_count, fidelity_pct,
funding_usd. No other API offers this as a structured time series.
Includes trend direction and statistical summary.
paper_to_news_lag_days
and breakthrough_type (same-day / rapid / fast / standard / slow-burn).
The only objective measure of scientific impact on public discourse.
{
"mcpServers": {
"quantum": {
"command": "npx",
"args": [
"-y", "mcp-remote",
"https://quantum.mcp.brunosan.de/mcp"
]
}
}
}
import requests # Find quantum breakthroughs from the last 30 days response = requests.post( "https://quantum.mcp.brunosan.de/mcp/call", json={ "tool": "quantum_breakthrough_radar", "params": { "api_key": "your-key-here", "days": 30, "min_countries": 2, } } ) breakthroughs = response.json()["result"]["breakthroughs"] for b in breakthroughs[:3]: print(f"{b['entity_name']} — lag: {b.get('paper_to_news_lag_days','?')}d") print(f" {b['paper_count']} papers · {b['article_count']} articles · {b['country_count']} countries") print(f" Countries: {', '.join(b['countries'][:5])}")
| ArXiv Categories | Entity Types | Fact Profiles | News Coverage |
|---|---|---|---|
| quant-ph | Hardware (IBM Heron, Willow...) | qubit_count | Tier 1: quantum-specific |
| cond-mat.mes-hall | Companies (IBM, IonQ, Rigetti...) | fidelity_pct | Tier 2: science news |
| physics.atom-ph | Methods (Surface Code, VQE...) | funding_usd | Tier 3: tech news |
| eess.SP | Programs (NQI, EU Flagship...) | event_type | Tier 4: global catch-all |
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