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Changes for page Alfonso Vázquez Ramallo

Last modified by Ricardo Julio Rodríguez Fernández on 2026/06/23 13:58
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1 -César Cabrera Cordova
1 +Alfonso Vázquez Ramallo
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1 -=== Communicating IGFAE Physics to new audiences ===
2 -==== Titor: [[Manuel>>https://igfae.usc.es/igfae/persoa/rey-pan-manuel/491/||target="_blank"]] Rey Pan ====
3 -==== Supervisor: [[Manuel>>https://igfae.usc.es/igfae/persoa/rey-pan-manuel/491/||target="_blank"]] Rey Pan
1 +=== Artificial Quantum Matter ===
2 +==== Titor: [[Alfonso>>https://igfae.usc.es/igfae/persoa/vazquez-ramallo-alfonso/163/||target="_blank"]] Vázquez Ramallo ====
3 +==== Supervisor: [[Alfonso>>https://igfae.usc.es/igfae/persoa/vazquez-ramallo-alfonso/163/||target="_blank"]] Vázquez Ramallo
4 4  ====
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6 -This project will explore new ways to communicate IGFAE’s strategic research areas—particle/astroparticle/nuclear physics, as well as Quantum IST, to young audiences. The goal will be to analyse the science communication & outreach on video formats, with some case studies (e.g. CERN, Fermilab, DESY, IFT, among others) to identify which formats, narrative structures and resources are more effective to communicate physics in an engaging way, whilst maintaining academic rigour.
7 -
8 -This analysis will be compared with the IGFAE’s social media activity, with the aim of proposing new ideas & approaches to help improve the Institute’s outreach activities in this area, in line with the 2025–2030 Communication Plan.
6 +The experimental advances in atomic physics and quantum optics have opened many possibilities to explore new phases of matter and, interestingly, to create states of matter that do not exist in Nature. Among these systems, let us mention those with artificial gauge fields and synthetic dimensions, as well as those that are in a topological phase induced by external periodic perturbations. In this stay the student will make contact with these topics that are not covered in the standard undergraduate courses. In particular, he/she will study the so-called Floquet systems, in which a periodic driving can induce and suppress couplings in the original Hamiltonian, giving rise to new physical phenomena.