xiv Contents
10.5.2 Electron cooling, electron lens and Gabor lens
214
10.5.3 Laser cooling
216
10.6 Local correction
217
10.6.1 Final focus local corrections
217
10.6.2 Interaction region corrections
219
10.6.3 Travelling focus
220
10.6.4 Crabbed collisions
221
10.6.5 Round-to-flat beam transfer
222
11
Inventions and Innovations in Science
225
11.1 Accelerating Science TRIZ
226
11.2 Trends and principles
227
11.2.1 TRIZ laws of technical system evolution
227
11.2.2 From radar to high-power lasers
228
11.2.3 Modern laws of system evolution
229
11.3 Engineering, TRIZ and science
229
11.3.1 Weak, strong and cool
230
11.3.2 Higgs, superconductivity and TRIZ
230
11.3.3 Garin, matreshka and Nobel
231
11.4 Aiming for Pasteur quadrant
233
11.5 How to cross the Valley of Death
236
11.6 How to learn TRIZ in science
240
11.7 Let us be challenged
242
Final Words
245
Bibliography
247
Index
253
10.5.2 Electron cooling, electron lens and Gabor lens
214
10.5.3 Laser cooling
216
10.6 Local correction
217
10.6.1 Final focus local corrections
217
10.6.2 Interaction region corrections
219
10.6.3 Travelling focus
220
10.6.4 Crabbed collisions
221
10.6.5 Round-to-flat beam transfer
222
11
Inventions and Innovations in Science
225
11.1 Accelerating Science TRIZ
226
11.2 Trends and principles
227
11.2.1 TRIZ laws of technical system evolution
227
11.2.2 From radar to high-power lasers
228
11.2.3 Modern laws of system evolution
229
11.3 Engineering, TRIZ and science
229
11.3.1 Weak, strong and cool
230
11.3.2 Higgs, superconductivity and TRIZ
230
11.3.3 Garin, matreshka and Nobel
231
11.4 Aiming for Pasteur quadrant
233
11.5 How to cross the Valley of Death
236
11.6 How to learn TRIZ in science
240
11.7 Let us be challenged
242
Final Words
245
Bibliography
247
Index
253
