AI dalam Kuis Kontrol Plasma Fusi Nuklir

Jawaban dan penjelasan muncul saat Anda mengikuti kuis.

1. What do magnetic fields control in the tokamak confinement context described here?
   • Only the color of a decorative image
   • Only the retail electricity price
   • A guarantee that every device has the same temperature
   • The confinement, position and shape of charged plasma
2. Metode pembelajaran mesin apa yang digunakan DeepMind untuk mengontrol tokamak TCV?
   • Pembelajaran penguatan
   • Klasifikasi gambar yang diawasi
   • Regresi linier sederhana
   • Sistem pakar berbasis aturan
3. Why does the cited TCV control work use a simulated environment for policy training?
   • It proves simulation and every physical device are identical
   • It provides trial-and-error experience before the evaluated hardware tests
   • It eliminates the need to validate transfer
   • It means no tokamak hardware was used
4. Apa 'gangguan' plasma yang coba diperkirakan oleh AI?
   • Konflik penjadwalan
   • Tagihan listrik
   • Plasma yang runtuh secara tiba-tiba dapat merusak reaktor
   • Bug perangkat lunak
5. Apa yang dihasilkan pengontrol DeepMind untuk mengarahkan plasma?
   • Perintah tegangan untuk kumparan magnet
   • Tweet
   • Pembacaan suhu saja
   • Gambar plasma
6. On which experimental tokamak was the cited 2022 learned magnetic-control demonstration performed?
   • A proven commercial fusion power station
   • Only an unspecified future ITER power plant
   • A standard battery factory
   • TCV at the Swiss Plasma Center
7. At a uniform cadence of 10,000 control interactions per second, what interval separates interactions?
   • 10 milliseconds
   • 100 milliseconds
   • 0.1 milliseconds
   • 1 second
8. What does the reported TCV droplet configuration contain?
   • A completed commercial electric generator
   • Two plasmas inside the vessel simultaneously
   • Only a liquid-water cooling droplet with no plasma
   • An unlimited number of separate reactors