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| − | = Juan Camilo López = | + | = Juan Camilo López Carreño = |
| − | '''Juan Camilo''' (Camilo) is a great and promising theorist, | + | '''Juan Camilo''' (Camilo) is a Doctor of [[Physics]] (see [[Juan_Camilo_López_Carreño%27s_thesis|his thesis]]), a great and promising theorist, who worked with us on the period [[2014]]-[[2022]] on fundamental questions of Quantum Mechanics and quantum polaritonics <wz tip="We still maintain some active collaborations and hopefully always will.">(!?)</wz> which he is currently extending in the form of seeking a quantum description of one-particle polariton states [http://camilopez.org/wiki/Tulip]. |
<center><wz tagtotip="PlazaMayor">[[File:camilo.jpg|600px]]</wz></center> | <center><wz tagtotip="PlazaMayor">[[File:camilo.jpg|600px]]</wz></center> | ||
| − | <span id="PlazaMayor">Camilo one stage higher than he's used to, on the Plaza Mayor of Madrid.</span> | + | <span id="PlazaMayor">Camilo one stage higher than he's used to, on the Plaza Mayor of Madrid (March 2014).</span> |
| − | He | + | He was leading our activity on exciting optical targets with quantum lights, on the one hand, and photon correlations from frequency filtering, in particular from the [[Mollow triplet]] for which he implemented a frequency-resolved quantum Monte Carlo scheme. He also was instrumental in the discovery of the ''joint'' subnatural linewidth antibunching, which was the starting point for our activity on homodyning. |
| − | <center><wz tip="Camilo checking | + | Another major contribution from Camilo was building the Physics branch of the [[University of Wolverhampton]], a task which he embraced since its earliest stage and to which he dedicated himself fully until he took up a [http://camilopez.org/wiki/Tulip Stanisław Ulam fellowship] in the group of Magdalena Stobińska. |
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| + | As a few highlights of his research with us, Camilo established the formalism of [https://www.nature.com/articles/s41598-018-24975-y frequency-resolved quantum Monte Carlo], which is invaluable to go beyond mean-field of our theory of frequency-resolved photon correlations, he mapped the [http://dx.doi.org/10.1002/lpor.201700090 full landscape of photon-correlation from the Mollow triplet], he [https://physics.aps.org/articles/v9/s135 leads our quantum spectroscopy line of research] and is also a key component of our homodyning proposals along with [[Eduardo Zubizarreta]]. | ||
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| + | He lived number 2, [[Plaza Mayor]], and was therefore our neighbor in front during our [[Blog:Felipe_III_6,_6B|Plaza Mayor days]]. | ||
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| + | <center><wz tip="Camilo checking what the Plaza Mayor is up to (November 2014).">[[File:camilo-balcony-9Nov14.jpg|720px|link=http://laussy.org/images/1/18/Camilo-balcony-9Nov14.jpg]]</wz></center> | ||
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| + | You can visit [http://camilopez.org/wiki/Main_Page his great website]. | ||
Latest revision as of 11:37, 12 March 2022
Juan Camilo López Carreño
Juan Camilo (Camilo) is a Doctor of Physics (see his thesis), a great and promising theorist, who worked with us on the period 2014-2022 on fundamental questions of Quantum Mechanics and quantum polaritonics (!?) which he is currently extending in the form of seeking a quantum description of one-particle polariton states [1].
Camilo one stage higher than he's used to, on the Plaza Mayor of Madrid (March 2014).
He was leading our activity on exciting optical targets with quantum lights, on the one hand, and photon correlations from frequency filtering, in particular from the Mollow triplet for which he implemented a frequency-resolved quantum Monte Carlo scheme. He also was instrumental in the discovery of the joint subnatural linewidth antibunching, which was the starting point for our activity on homodyning.
Another major contribution from Camilo was building the Physics branch of the University of Wolverhampton, a task which he embraced since its earliest stage and to which he dedicated himself fully until he took up a Stanisław Ulam fellowship in the group of Magdalena Stobińska.
As a few highlights of his research with us, Camilo established the formalism of frequency-resolved quantum Monte Carlo, which is invaluable to go beyond mean-field of our theory of frequency-resolved photon correlations, he mapped the full landscape of photon-correlation from the Mollow triplet, he leads our quantum spectroscopy line of research and is also a key component of our homodyning proposals along with Eduardo Zubizarreta.
He lived number 2, Plaza Mayor, and was therefore our neighbor in front during our Plaza Mayor days.
You can visit his great website.