Rosa Lluch Bramon

Rosa Lluch Bramon (born 1969) is a Spanish historian, university professor, and academic secretary of the History and Archeology Department of the University of Barcelona.[1]

Rosa Llunch Bramon
Interviewed by Cuarto Poder
Born1969
Barcelona, Spain
NationalitySpanish
OccupationHistory Professor, Secretary of History and Archeology
Academic background
Alma materUniversity of Barcelona, University of Girona
Academic work
InstitutionsUniversity of Barcelona
Main interestsMedieval History & Catalan History
Notable worksEls remences de la Pia Almoina de la Seu de Girona. Fonts per al seu estudi i estudi preliminar

Biography

Born in 1969 in Barcelona,[2] she is the daughter of Dolors Bramon and Ernest Lluch.[3]

Bramon held the title interim university degree holder for the department of Medieval History, Paleography and Diplomacy for University of Barcelona in 1960. She graduated to a degree holder in 1992 with her research paper "El es remences de la Pia Almoina de la Seu de Girona". Bramon earned her PhD degree at the University of Girona in 2003 and now works as a professor of history at the University of Barcelona.[4]

Regarding the April 2019 general election, she closed the En Comú Podem congressional list in Barcelona. She is running as Senatorial candidate for Barcelona vis-à-vis the November 2019 general election.[5]

Works

  • (2005). Els remences. La senyoria de l’Almoina de Girona als segles XIV i XV. Girona: Associació d’Història Rural de les Comarques Gironines, Centre de Recerca d’Història Rural de la Universitat de Girona & Documenta Universitaria.[6]
gollark: <@!336962240848855040> As far as I know 3nm does not actually exist yet, and there are a bunch of possible sizes you could use.
gollark: > The 22 nm node may be the first time where the gate length is not necessarily smaller than the technology node designation. For example, a 25 nm gate length would be typical for the 22 nm node.
gollark: As far as I know it *used* to actually be a measure of something, but they hit issues around... 22nm or something, don't really know... and despite said measure not changing very much the processes kept getting better, so they just reduced them.
gollark: I mean, generally if the number goes down the density of the transistors goes up, but it's not an actual measurement of anything.
gollark: They don't correspond to any actual measurement now.

References


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