{
  "schema_version": 2,
  "id": "2603.24591",
  "source_urls": [
    "https://arxiv.org/html/2603.24591v1"
  ],
  "source_kind": "official_arxiv_html_or_abs",
  "capture_window_utc": {
    "start": "2026-10-20T18:48:00Z",
    "end": "2026-10-20T18:56:04Z"
  },
  "original_capture_sha256": "8cf577ed584880a9fecb1ecb58fa641aba61e929d80a6d4d58d265394717a081",
  "original_capture_hash_scope": "complete original UTF-8 browser excerpt receipt archived only in local private temporary storage; not the original HTTP response body",
  "public_receipt_kind": "source_metadata_locations_and_chinese_paraphrase_without_verbatim_article_or_internal_browser_references",
  "source_locations": {
    "read_sections": [
      "§1/§3框架与workflow",
      "§4 Preliminary Technical Evaluation定位"
    ],
    "browser_line_ranges": "L55-L85"
  },
  "full_article_read": false,
  "method_paraphrase_zh": "XR Blocks将WebXR perception/interaction封装semantic primitives，Gemini系统prompt＋templates生成可运行XR脚本；重点是XR开发框架/交互工作流。",
  "experiment_paraphrase_zh": "VCXR60 pilot技术评测，桌面模拟和Android XR headset场景；非通用agent学习/优化算法的受控能力比较。"
}