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14391 results for: ‘museum studies’

  • Healthcare Technology in Medicine

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  • Healthcare Technology in Medicine

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  • Criminological Research Methods 1

    Module code: CR2019 (double module) This module will help you to understand criminological design and research methods, through the process of devising your own research project.

  • David Smith

    The academic profile of Dr David Smith, Lecturer in Media and Communication at University of Leicester

  • Uncovering the “hidden curriculum” that drains medical students’ empathy

    A “hidden curriculum” in medical school is responsible for reducing the empathy of students, finds research led by the University of Leicester.

  • £2.6 million centre to train mineral resources experts for a new generation

    Training and Research Group for Energy Transition Mineral Resources (TARGET) to be led by University of Leicester with universities, research organisations and industrial partners from across the UK to train the next generation of mineral resource experts to help the shift to...

  • PhD opportunities

    Chemistry at the University of Leicester hosts a number of studentship schemes, providing funding for students, typically for a September start date. Find out more about our current studentship opportunities.

  • Thermal and Statistical Physics

    Module code: PA2720 Tools from statistical physics can be used to explain many fundamental properties of physical systems, from the collective behaviour of atoms in liquids and gases, to magnetism, superconductivity, and turbulence.

  • Thermal and Statistical Physics

    Module code: PA2720 Tools from statistical physics can be used to explain many fundamental properties of physical systems, from the collective behaviour of atoms in liquids and gases, to magnetism, superconductivity, and turbulence.

  • Thermal and Statistical Physics

    Module code: PA2720 Tools from statistical physics can be used to explain many fundamental properties of physical systems, from the collective behaviour of atoms in liquids and gases, to magnetism, superconductivity, and turbulence.

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