Get a Single Agent Research Result | Caesar

curl https://api.caesar.xyz/agents/research/id/results/resultId \
     -H "Authorization: Bearer <token>"

{
  "title": "Advancements in Quantum Computing Algorithms",
  "url": "https://www.sciencedaily.com/releases/2024/04/240415123456.htm",
  "citation_index": 3,
  "highlights": [
    "Quantum algorithms have shown exponential speedup over classical counterparts in specific problem domains.",
    "Recent experiments demonstrate improved error correction techniques for qubits."
  ],
  "content": "This research explores the latest developments in quantum computing algorithms, focusing on optimization and error correction methods that enhance computational reliability and efficiency. The study includes experimental results from leading quantum processors and discusses implications for cryptography and complex system simulations."
}

Returns token-aware details for a single result. If format is omitted, content is not returned.

Authentication

AuthorizationBearer

Bearer authentication of the form Bearer <token>, where token is your auth token.

Path parameters

idstringRequiredformat: "uuid"

Research job identifier.

resultIdstringRequiredformat: "uuid"

Result identifier.

Query parameters

formatenumOptional

Format of content when returned.

Allowed values:

with_highlightsbooleanOptionalDefaults to false

When true, includes highlights if available.

Response

Token-aware result detail.

titlestring

Result title.

urlstringformat: "uri"

Canonical URL.

citation_indexinteger>=1

Citation index referenced in generated content.

highlightslist of strings

Optional highlights from the source.

contentstring

Optional full content for the result.

Errors

400

Bad Request Error

401

Unauthorized Error

404

Not Found Error

500

Internal Server Error

$	curl https://api.caesar.xyz/agents/research/id/results/resultId \
>	-H "Authorization: Bearer <token>"

1	{
2	"title": "Advancements in Quantum Computing Algorithms",
3	"url": "https://www.sciencedaily.com/releases/2024/04/240415123456.htm",
4	"citation_index": 3,
5	"highlights": [
6	"Quantum algorithms have shown exponential speedup over classical counterparts in specific problem domains.",
7	"Recent experiments demonstrate improved error correction techniques for qubits."
8	],
9	"content": "This research explores the latest developments in quantum computing algorithms, focusing on optimization and error correction methods that enhance computational reliability and efficiency. The study includes experimental results from leading quantum processors and discusses implications for cryptography and complex system simulations."
10	}