With this text, basic quantum mechanics becomes accessible to undergraduates with no background in mathematics beyond algebra. Includes more than 100 problems and 38 figures. 1986 edition.
With this text, basic quantum mechanics becomes accessible to undergraduates with no background in mathematics beyond algebra. Includes more than 100 problems and 38 figures. 1986 edition.
1. A Strange Equation 2. Imaginary Numbers 3. Matrices 4. Pauli Matrices 5. Vectors 6. Probability 7. Basic Rules 8. Spin and Magnetic Moment 9. Sunrise and First View 10. All Quantities Made from Spin 11. Non-negative Quantities 12. What Can Be Measured 13. General Rules 14. Two Spins 15. Einstein's Instincts 16. Bell's Inequalities 17. Heisenberg's Uncertainty Relations 18. Quantized Oscillator Energy 19. Bohr's Model 20. Angular Momentum 21. Rotational Energy 22. The Hydrogen Atom 23. Spin Rotations 24. Small Rotations 25. Changes in Space Location 26. Changes in Time 27. Changes in Velocity 28. Invariance and What It Implies Index
1. A Strange Equation 2. Imaginary Numbers 3. Matrices 4. Pauli Matrices 5. Vectors 6. Probability 7. Basic Rules 8. Spin and Magnetic Moment 9. Sunrise and First View 10. All Quantities Made from Spin 11. Non-negative Quantities 12. What Can Be Measured 13. General Rules 14. Two Spins 15. Einstein's Instincts 16. Bell's Inequalities 17. Heisenberg's Uncertainty Relations 18. Quantized Oscillator Energy 19. Bohr's Model 20. Angular Momentum 21. Rotational Energy 22. The Hydrogen Atom 23. Spin Rotations 24. Small Rotations 25. Changes in Space Location 26. Changes in Time 27. Changes in Velocity 28. Invariance and What It Implies Index
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