Provas do 3.º ano de Doutoramento.
Doutorando: Catarina Madruga.
A candidata apresentará o Seminário Doutoral II Subordinado ao tema "Taxonomy and Empire. Zoogeographical research on Portuguese Africa, 1862-1881”.
Júri:
Ana Rita José Lopes defende a tese "Impact of climate change and contamination in the oxidative stress response of marine organisms".
Ana Margarida Antunes Neves defende a tese "Black seabream, Spondyliosoma cantharus: stock structure in the eastern Atlantic and characterisation of the biology and fishery in the Portuguese coast".
Catarina Alexandra dos Santos Dias defende a tese "New sugar-based molecular entities as potential therapeutics against infectious and neurodegenerative diseases".
Verónica Manuela Roxo Felício defende a tese "Characterization of mRNA Dysfunctional Mechanisms associated with the Genetic Disease Cystic Fibrosis".
Teresa de Jesus Resende Silva dos Santos Neto defende a tese "Models and heuristics for forest management with environmental restrictions".
Por Paulo Rocha.
Abstract: Traditionally in quantum mechanics it assumed that the Hamiltonian must be Hermitian in order to obtain real energy levels and unitary time evolution. Here we will show that the requirement of Hermiticity may be replaced by space-time reflection (PT-symmetry) without losing any of the essential physical features of quantum mechanics. In this seminar we will give an introduction to PT-Symmetric quantum theory and work with some examples.
As Jornadas de Doutoramento do Departamento de Física (DF) da Faculdade de Ciências da Universidade de Lisboa são um encontro anual de estudantes de doutoramento dos 4 principais ramos de investigação do DF: Astronomia e Astrofísica, Engenharia Biomédica e Biofísica, Física e Engenharia Física.
Por Luis Miguel Campos Ribeiro.
O candidato apresentará o Seminário Doutoral I Subordinado ao tema "Transgressing Boundaries. Jesuits, astrology and culture in Portugal (1590-1759)”.
Júri:
Paulo Jorge Gomes Pereira da Costa defende a tese "The human mRNA decay machinery: an unexpected role for DIS3L2 over nonsense-mediated decay targets".
