Projecte multidisciplinar enmarcat en el 5è centenari del descobriment i circumval·lació de Fernando de Magallanes i Juan Sebastián Elcano.

Comentaris dels tallers realitzats prèviament pels assistents:
- Identificación de lentes de contacto especiales
- Parejas fluor-topo. Ortoqueratología
- Identificación de condiciones y razonamiento en la adaptación
- Crucigrama ortoquerato-lógico
- Reconocimiento de condiciones de polo anterior
Quiz

Presentació de les jornades i intervenció "2008-2018 una década de avances en contactología"

6na Lliçó Memorial Manuel de Solà-Morales a càrrec d' Enric Serra, Arquitecte i professor del Departament d'Urbanisme i Ordenació del Territori ETSAB.

El día 5 de julio de 2018, jueves, a las 12:30 horas, se clausuró la 52 edición del Curso Internacional de Hidrología Subterránea (enero - julio 2018)

Pronunció la lección final el Dr. Luis Javier LAMBÁN JIMÉNEZ, Científico titular del Instituto Geológico y MInero de España, sobre el tema “La importancia de las aguas subterráneas en proyectos de cooperación internacional para el desarrollo”

Tobias Colding, born in Copenhagen, received his Ph.D. in 1992 at the University of Pennsylvania under Chris Croke. Since 2005 Colding has been a professor of mathematics at MIT. He was on the faculty at the Courant Institute of New York University in various positions from 1992 to 2008.

In the early stage of his career, Colding did impressive work on manifolds with bounds on Ricci curvature. In 1998, he gave an invited address to the ICM in Berlin. He began coauthoring with William P. Minicozzi at this time: first on harmonic functions and later on minimal surfaces. In 2010 Tobias H. Colding received the Oswald Veblen Prize in Geometry together with William Minicozzi II for their profound work on minimal surfaces.

Since 2008 he has been a Fellow of the American Academy of Arts and Sciences, and since 2006 a foreign member of the Royal Danish Academy of Sciences and Letters, and also since 2006 an honorary professor of University of Copenhagen, Denmark.

Many physical phenomema lead to tracking moving fronts whose speed depends on the curvature. The "level set method" has been tremendously succesful for this, but the solutions are typically only continuous. We will discuss results that show that the level set flow has twice differentiable solutions. This is optimal. These analytical questions crucially rely on understanding the underlying geometry. The proofs draws inspiration from real algebraic geometry and the theory of analytical functions.

Entrevistes a diferents participants en l'Speed recruitment, edició del 2018. Material en brut

Xerrada amb col·loqui final amb 9 ex estudiants de la Facultat de Nàutica de Barcelona a la sala d'actes Sinibald Mas sobre les seves experiències professionals.

Conferència realitzada pel Capità de la Marina Mercant, professor jubilat de la Facultat de Nàutica, Diaca i Director de Stella Maris de Barcelona, Ricard Rodríguez-Martos.