Preface | p. x |
Quantum physics is not rocket science | p. 1 |
Mathematics | p. 4 |
Classical physics | p. 7 |
A first look at quantum objects | p. 16 |
Summary | p. 22 |
Waves and particles | p. 24 |
Travelling waves and standing waves | p. 27 |
Light waves | p. 29 |
Interference | p. 30 |
Light quanta | p. 32 |
Matter waves | p. 36 |
An electron in a box | p. 38 |
Varying potential energy | p. 44 |
Quantum tunnelling | p. 45 |
A quantum oscillator | p. 48 |
The hydrogen atom | p. 50 |
Other atoms | p. 56 |
Summary | p. 58 |
Power from the quantum | p. 61 |
Chemical fuels | p. 61 |
Nuclear fuels | p. 65 |
Green power | p. 72 |
Summary | p. 79 |
Metals and insulators | p. 81 |
What about the ions? | p. 88 |
A bit more about metals | p. 96 |
Summary | p. 99 |
Semiconductors and computer chips | p. 101 |
The p-n junction | p. 107 |
The transistor | p. 110 |
The photovoltaic cell | p. 116 |
Summary | p. 118 |
Superconductivity | p. 119 |
'High-temperature' superconductivity | p. 130 |
Flux quantization and the Josephson effect | p. 132 |
Summary | p. 137 |
Spin doctoring | p. 140 |
Quantum cryptography | p. 144 |
Quantum computers | p. 148 |
Summary | p. 154 |
What does it all mean? | p. 156 |
The measurement problem | p. 165 |
Alternative interpretations | p. 169 |
Summary | p. 175 |
Conclusions | p. 177 |
The early years | p. 177 |
Since 1950 | p. 178 |
The future | p. 180 |
Glossary | p. 182 |
Index | p. 189 |
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