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Pablo Amil creates the first tomography map for diagnosing glaucoma
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The researcher from the Physics department has created an objective model that classifies the degrees of the iridocorneal angle, a key element for assessing the severity of glaucoma. With this model, ophthalmologists will have a tool to help patients make a decision when considering surgery.
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Researchers from the Physics Department and the IGTP evaluate the evolution of the epidemic by COVID-19 and the effectiveness of control measures, using mathematical models
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Researchers from the Computational Biology and Complex Systems group (BIOCOM-SC) of the UPC and the Center for Comparative Medicine and Bioimaging (CMCiB) of the Germans Trias i Pujol Research Institute (IGTP), with the impulse of “la Caixa”, Developed a mathematical model to monitor the epidemic of COVID-19. The report they make for the European Union strategy office based on the model is updated daily and includes predictions for Catalonia, Spain and the European Union. The model also serves to analyze the effectiveness of the measures established in the different countries.
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A new experimental and numerical investigation on the fatigue response of composite and metal aircraft structures
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The researchers Siddharth Pitta, Jose I. Rojas, Francesc Roure, Daniel Crespo, and Magd Abdel Wahab, from the Group of Materials Characterization of the UPC, the Materials Strength Laboratory of the UPC, and the Ghent University, have made new progresses in the characterization of the fatigue response of aircraft repair patches made of carbon fiber reinforced epoxy (CFRE) and aluminum alloy on aircraft airframe substrates made as well of CFRE and aluminum alloy
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New indicators of interferometric SAR data quality
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Yismaw Abera Wassie defended his thesis co-supervised by Michele Crosetto and Oriol Monserrat (CTTC) on July 24, 2023 at the Baix Llobregat Campus. The thesis, entitled "Spatio-temporal quality metrics for Satellite SAR Interferometric data", presents quality indicators for interferometric SAR (Synthetic Aperture Radar) data
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Researchers publish theoretical prediction of a new type of quantum liquid
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Recently Grecia Guijarro has defended her PhD thesis under supervision of Jordi Boronat and Grigory Astrakharchik in the research group "Approaches to the first principles in condensed matter physics: quantum effects and complexity". The theoretical prediction of existence of a novel type of a quantum ultradilute liquid has been published in Physical Review Letters journal. It was found that dipolar interactions on their own are sufficient for creating an ultradilute quantum liquid in a bilayer geometry.
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Roger Ayats defends his thesis on coherent structures in the transition to turbulence
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En Roger Ayats defended his thesis co-directed by l’Alvaro Meseguer and Fernando Mellibovsky on April 22nd at Campus Nord. The thesis, which is entitled "Exact coherent structures in the transitional regime of shear and centrifugal flows", studies the transition mechanisms in shear and centrifugal flows by computing and analysing the role of exact coherent structures.
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Yago Herrera defends his thesis about stellar winds from X-ray bursts
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Yago Herrera defended his thesis co-directed by Glòria Sala and Jordi José on December 15 at the Diagonal-Besos Campus.
Titled "Models of stellar winds from X-ray bursts", the thesis presents a study on the possible ejection of mass through a stellar wind during X-ray bursts, quantifying its composition and possible contribution to galactic abundances, and characterizing observables magnitudes that can lead to better measuring techniques of neutron stars properties.
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Evidence of supersolid quantum phase using quantum Monte Carlo methods
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Jordi Boronat, Director of the department of Physics, together with M. C. Gordillo from the University of Pablo de Olavide in Seville found evidences of of a supersolid quantum phase with hexatic correlations using quantum Monte Carlo methods. They have published these results in the prestigious Physical Review Letters
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Adrià Casanovas Hoste defends his thesis on measures of effective neutron capture sections of importance for the study of stellar nucleosynthesis
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Adrià Casanovas Hoste defended his thesis, co-directed by Franciscño Calviño (UPC) and César Domingo (IFIC, Valencia), on 27 October at the ETSEIB. Titled "Neutron capture cross section measurement of the heaviest s-process branching 204Tl and of 203Tl at CERN n_TOF", the thesis presents the first ever measurement of the effective neutron capture section of the radioactive isotope of such 204Tl, of special relevance to the slow process of stellar nucleosynthesis, and performed in the CERN n_TOF experiment
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Multi-functional GNSS positioning study with multi-constellation, multi-frequency with high accuracy and integrity
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Deimos Ibáñez Segura defended his thesis co-directed by Adrià Rovira Garcia and Jaume Sanz Subirana on October 23 at the North Campus. Titled "Contributions to multi-purpose GNSS positioning to support multi-frequency and multi-constellation with high accuracy and integrity", the thesis presents, on the one hand, different methods for GNSS processing (multi-constellation, multi-frequency, fast convergence, integrity and maritime applications), and on the other hand the study of different components that affect GNSS positioning (such as the ionosphere, errors in the signal in space). All the processing is furthermore integrated into a tool, gLAB, aimed at both professionals and students, which already has an international impact and with the improvements made in this thesis will significantly increase its impact.
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