AI ninu ẹrọ imutobi ati adanwo Idanwo Aworan Aworawo

Awọn idahun ati awọn alaye han bi o ṣe n mu ibeere naa.

1. Kini isọdi 'otitọ' ni imọ-jinlẹ tọka si?
   • Iyatọ awọn orisun astronomical tootọ lati awọn ohun-ọṣọ bii awọn egungun agba aye ati awọn itọpa satẹlaiti
   • Ṣiṣe ipinnu boya iwe iwadi jẹ ẹtan
   • Sọ fun awọn irawọ gidi lati awọn aye aye
   • Ṣiṣayẹwo ti ẹrọ imutobi kan ba ni iwọn
2. At the June 30, 2026 start of the Rubin survey, what nightly data volume did the Observatory report collecting?
   • Gigabytes diẹ
   • Roughly 10 terabytes
   • About one petabyte
   • Awọn megabyte diẹ
3. How does Rubin Observatory detect many changes in the sky?
   • By measuring the radio spectrum of every star
   • By waiting for human reports
   • By comparing new images with earlier images
   • By changing the telescope mirror coating
4. Kini iṣiro redshift photometric kan?
   • Awọn ibi-ti a dudu iho
   • Imọlẹ Oṣupa
   • Aṣiṣe idojukọ imutobi kan
   • A galaxy ká ijinna lati awọn oniwe-àsopọmọBurọọdubandi awọn awọ
5. Kini idi ti data ikẹkọ fun wiwa igba diẹ jẹ aiṣedeede deede?
   • Awọn itusilẹ otitọ jẹ toje ni akawe si awọn ohun-ọṣọ ati awọn orisun aimi
   • Awọn telescopes nikan ṣiṣẹ ni alẹ
   • Awọn galaxies gbogbo dabi aami
   • Ibi ipamọ kekere wa
6. Kini lẹnsi gravitational to lagbara ti AI ṣe iranlọwọ lati rii?
   • Lẹnsi kamẹra ti o ni abawọn
   • Imọlẹ itọka iwaju iwaju lati nkan isale
   • Iru supernova kan
   • Abojuto imutobi didan
7. What is the role of an astronomical alert broker in the Rubin ecosystem?
   • Operate the telescope mirrors
   • Replace all follow-up observations
   • Ingest alerts, add context, and help filter or prioritize them for research
   • Generate synthetic galaxies for training only
8. What nightly alert count did Rubin report during early LSST operations?
   • About 70 alerts
   • Around seven billion per minute
   • Exactly 100 alerts
   • Up to about seven million alerts