Learning Quantum with Generative Models

Learning Quantum with Generative Models

APS Physics via YouTube Direct link

RESULTS ON SYNTHETIC DATASETS FOR GHZ STATES

8 of 11

8 of 11

RESULTS ON SYNTHETIC DATASETS FOR GHZ STATES

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Classroom Contents

Learning Quantum with Generative Models

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  1. 1 Intro
  2. 2 MACHINE LEARNING/MANY-BODY PHYSICS FRIENDS
  3. 3 FLUCTUATIONS HANDWRITTEN DIGITS (MNIST)
  4. 4 ANALYTICAL UNDERSTANDING WHAT DOES THE CAN USE TO MAKE PREDICTIONS?
  5. 5 EXTENDING RESTRICTED BOLTZMANN MACHINES TO THE QUANTUM DOMAIN
  6. 6 NEURAL NETWORK QUANTUM STATES
  7. 7 NEED TO GO BEYOND STANDARD QUANTUM STATE TOMOGRAPHY
  8. 8 RESULTS ON SYNTHETIC DATASETS FOR GHZ STATES
  9. 9 RECURRENT NEURAL NETWORK MODEL AND RESULTS
  10. 10 NUMERICAL INVESTIGATION OF THE SAMPLE COMPLEXITY OF LEARNING
  11. 11 GROUND STATES OF LOCAL HAMILTONIANS

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