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Quantum Engineering Year 1: Quantum Mechanics Core Month 18Day 478

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Year 1·Month 18·Week 1

Day 478: Bosons and Fermions

Day 478 of 2,016~11 min read

Learning Objectives

•Construct symmetric (bosonic) multi-particle wave functions
•Construct antisymmetric (fermionic) multi-particle wave functions
•Explain Bose-Einstein and Fermi-Dirac statistics
•Calculate occupation numbers for bosonic/fermionic systems
•Identify examples of bosons and fermions in nature
•Understand composite particle statistics

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Classification of Particles Two-Particle Wave Functions When Both Particles in Same State Normalization with Identical States Quantum Statistics Bose-Einstein Distribution Fermi-Dirac Distribution Maxwell-Boltzmann Classical Limit Comparison of Statistics Composite Particles Bosons or Fermions He-4 vs He-3 Quantum Computing Connection Bosonic vs Fermionic Qubits Fermionic Simulation Bosonic Encodings

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