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15068 results for: ‘museum studies’

• Operating Systems, Networks and Distributed Systems

  Module code: CO2017 An operating system forms the interface between the computer's hardware and the user. Examples include Windows NT (and subsequent versions), Linux (and other versions of Unix), and MacOS.

• Italian Language (Post-Beginners)

  Module code: IT2005 (double module) Language study will be based on an integrated communicative approach and will be placed in a context that relates to contemporary life, society and culture in Italy.

• Italian Language (Proficiency)

  Module code: IT3010 (double module) Language study will be based on an integrated communicative approach and will be placed in a context that relates to contemporary life, society and culture in Italy.

• Italian Language (Post-Advanced)

  Module code: IT2024 (double module) Language study will be based on an integrated communicative approach and will be placed in a context that relates to contemporary life, society and culture in Italy.

• Dissertation

  Module code: HS7000 You’re coming to the conclusion of your postgraduate study, and your dissertation is the chance to put all your learning into practice.

• Dissertation (ELH)

  Module code: HS7100 You’re coming to the conclusion of your postgraduate study, and your dissertation is the chance to put all your learning into practice.

• MRes Dissertation

  Module code: HS7450 You’re coming to the conclusion of your postgraduate study, and your dissertation is the chance to put all your learning into practice.

• Perceiving the Past

  Module code: HS2401 ‘History is one damn thing after another’ (Alfred Toynbee attrib.

• Literature Review Project

  Module code: PA4440 In this module you will delve into the scientific literature to research a topic – in an area of physics, space science, astrophysics, or a related field – guided by regular supervision meetings with academic staff.

• Black holes could grow as large as 50 billion suns research shows

  https://le.ac.uk/news/2015/december/black-holes-could-grow-as-large-as-50-billion-suns-research-shows

  Black holes at the heart of galaxies could swell to 50 billion times the mass of the sun before losing the discs of gas they rely on to sustain themselves, according to research by Professor Andrew King from the Department of Physics and Astronomy.