m |
m (→Quantum light with coherent fields) |
||
Line 17: | Line 17: | ||
* https://wlv.openrepository.com/handle/2436/625173 | * https://wlv.openrepository.com/handle/2436/625173 | ||
− | == Quantum light with | + | == Quantum light with classical fields == |
Supervised by [[Elena]] and defended at the {{uam}} on {{thisday|18|April|2023}} [https://twitter.com/fplaussy/status/1648260039554093057?s=20 (photo)][https://twitter.com/fplaussy/status/1648264979823439873?s=20 (photo)][https://twitter.com/fplaussy/status/1648266881017565185?s=20 (photo)][https://twitter.com/fplaussy/status/1648267564387016707?s=20 (photo)], in front of: | Supervised by [[Elena]] and defended at the {{uam}} on {{thisday|18|April|2023}} [https://twitter.com/fplaussy/status/1648260039554093057?s=20 (photo)][https://twitter.com/fplaussy/status/1648264979823439873?s=20 (photo)][https://twitter.com/fplaussy/status/1648266881017565185?s=20 (photo)][https://twitter.com/fplaussy/status/1648267564387016707?s=20 (photo)], in front of: |
Contents |
Eduardo Zubizarreta Casalengua defended two theses.
Supervised by Fabrice and defended online at the University of Wolverhampton—for which he was the 1st graduating PhD in Physics—on 9 December (2022) (photo) in front of:
He reported on the structure of correlations of the harmonic oscillator,[1] stimulated single-photon emission from a quantum ladder,[2] loss of antibunching[3] and still unpublished works on multiphoton emission arXiv:2109.12049 , spatial correlations of quantum states and pertubation theory of time-resolved correlators. Those results, not yet in the scientific literature, can be found in his Wulfrunian thesis.
Supervised by Elena and defended at the Universidad Autónoma de Madrid on 18 April (2023) (photo)(photo)(photo)(photo), in front of:
with Alejandro Gonzalez Tudela and Ángel Rivas Vargas as suppleants.
In this second Opus, he reported on admixing coherent and quantum fields[4][5] with consequences for joint subnatural-linewidth antibunching,[6][7] loss of antibunching by filtering[8], cascaded emission in detuned resonance fluorescence[9] and other results still unpublished, including $N$-mode squeezing, weak and strong coupling in resonance fluorescence and dephasing of the detuned, coherently- and weakly-driven emitter. Those results, not yet in the scientific literature, can be found in his Madrid thesis.