PhD Thesis
Geometrical Aspects of Contact Mechanical Systems and Field Theories by Xavier Rivas Guijarro
Xavier Rivas Guijarro defended his PhD thesis Geometrical Aspects of Contact Mechanical Systems and Field Theories (pdf) on December 17th, 2021. The thesis
Threshold phenomena involving the connected components of random graphs and digraphs by Matthew Coulson
Matthew Coulson defended his PhD thesis Threshold phenomena involving the connected components of random graphs and digraphs (pdf), supervised by Guillem Perarnau
Vasiliki Velona defended her PhD thesis A study on structure recovery and the broadcasting problem (pdf), supervised by Gabor Lugosi (ICREA and UPF) and
Marina Garrote López defended her PhD thesis Algebraic and semi-algebraic phylogenetic reconstruction, supervised by Professor Marta Casanellas and Professor Jesús Fernández-Sánchez, on 22
Qualitative properties of solutions to integro-differential equations by Juan Carlos Felipe Navarro
Juan Carlos Felipe Navarro defended his PhD thesis Qualitative properties of solutions to integro-differential equations (pdf), supervised by Professor Xavier Cabré, on
The geometry and topology of steady Euler flows, integrability and singular geometric structures by Robert Cardona
Robert Cardona Aguilar defended his PhD thesis “The geometry and topology of steady Euler flows, integrability and singular geometric structures” (pdf), supervised
Jordi Roca Lacostena defended his PhD thesis The embedding problem for Markov matrices, supervised by Professors Marta Casanellas Rius and Jesús Fernández
A theoretical and computational study of the interaction between biomembranes and curved proteins by Caterina Tozzi
Caterina Tozzi defended her PhD thesis A theoretical and computational study of the interaction between biomembranes and curved proteins (pdf), supervised by
Mathematical and computational modeling of flexoelectricity at mesoscopic and atomistic scales by David Codony
David Codony defended his PhD thesis Mathematical and computational modeling of flexoelectricity at mesoscopic and atomistic scales (pdf) on March 1st 2021, supervised
Inmaculada Baldomá Barraca (DMAT, CRM) In a wide range of physical, chemical, and biological systems modelling the interaction among different species, the dynamics of each species is usually governed by a diffusion mechanism together with a reaction …
Numerical optimisation of worm locomotion on frictional substrates by Ashutosh Bijalwan
Ashutosh Bijalwan defended his PhD thesis Numerical optimisation of worm locomotion on frictional substrates, supervised by José J. Muñoz on 18th July 2024 within the UPC doctoral program in Applied Mathematics. Currently he is in ExxonMobil working …
Joaquim Brugués defended his PhD thesis Floer homology for b-symplectic manifolds, supervised by Eva Miranda and Sonja Hohloch on 20th of March 2024 within the UPC doctoral program in Applied Mathematics and the PhD program (Doctor in Science: …
(DMAT, IMTech) A qubit is a two-state quantum-mechanical system. For example, the intrinsic angular momentum (spin) of an electron is such a system. It only takes two values when measured in arbitrary spatial direction, say by measuring …
Nature Materials volume 22, pages1409–1420 (2023). The cell skeleton (cytoskeleton) is formed by multiple filaments of different mechanical properties, creating a dense mesh with diverse and complex responses. These cytoskeleton networks interact with the extracellular matrix (ECM) …
Why are inner planets not inclined? (after [2, 3]), by Andrew Clarke and Marcel Guàrdia
(UPC) and (UB, CRM). Received November 28, 2023. Consider the N -body problem, namely the motion of N bodies in 3-dimensional space subject to the Newtonian universal attraction: where x_{j} ∈ ℝ^{3} is the position and m_{j} …