光电子量子计量学:英文:第2卷:Ⅱ:应用与进展:Applications and advances

Map A noteonthe online materials A note on the references Preface Acknowledgments PartⅢ Developments，methodologies and measurements 8 Developing quantum metrology with photoelectrons 8.1 Historicaldevelopment：completephotoionizati，otiexperiments 8.1.1 Atomic photoionization 8.1.2 Molecular photoionization 8.1.3 Further reading 8.2 Experimental and analysis methodologies 8.2.1 Determination of βLM(k,t) from photoelectron images 8.2.2 Matrix element retrieval References 9 State-resolved frequency—domain measurements 9.1 Rotationally—resolved photoelectron imaging 9.2 Bootstrapping complexity：from atomicto molecular scattering 9.3 Photoelectronangularinter ferograms and determination ofthe dipollmatrix elements 9.4 Uniqueness：mapping the X hyperspaceandverification 9.5 Pump-probepolarizationgeo metry dependence and tomographicimaging References 10 Time-domainmeasurements within tra-pulsedynamics 10.1 Photoelectron imagingmeasurements frompotassium 10.2 Photoelectron imagesimulationan dparameter reconstruction 10.3 Photoelectron angular interferograms and determination of the dipole matrix elements 10.4 Mapping X2：fit statistics and sensitivity 10.5 Comparison with.tomographic data References ll Time.domain measements with rotational wavepackets bootstrapping protocol 11.1 Test case：butadiene model 11.2 Nitrogen aligned—frame photoelectron imaging 11.3 Bootstrapping protocol 11.3.1 Formalism 11.3.2 Stage l：rotational wavepacket reconstruction l1.3.3 Stage 2：photoionization matrix element reconstruction 11.4 PhotOionization matrix elements l1.5 Molecular frame reconstructions 11.6 Bootstrap protocol summary and outlook Refe：rences Part Ⅳ Generalisations and future directions 12 Advances l2.1 Information content revisited 12.2 Multiplexing and control 12.2.1 Exploring the intra-pulse dynamics 12.2.2 Coherent control for metrology：polarization multiplexing and information content 1 2.2.3 Extensions 1 2.2.4 Maximum information measurements and multiplexing 12.3 Generalised bootstrapping