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  • Experimental Physics 1

    Module code: PA1900 All professional physicists need to have experience and understanding of laboratory practices and handling experimental data.

  • Workers rights How UK workers benefit from the EU

    With enough newspaper coverage to paper Buckingham Palace, you'd be forgiven for thinking that all aspects of the EU Referendum had already been covered.

  • Health and Safety Committee

    See the Health and Safety Committee's terms of reference and membership, including details of their role, responsibilities, reporting hierarchy and meetings.

  • Archaeologists investigate threatened Cypriot site

    Leicester archaeologists are in a race against time to uncover the heritage of a threatened 1,500-year-old site on a Cyprus shoreline.

  • Amit Sinha

    Amit is the Supercomputer Management Leader and Senior Director for Engineering Operations at Microsoft.  He was previously the Chief Technology Officer for SMB, Scale and Private Equity (PE) at Microsoft UK.

  • Studying at Leicester

    Applying as an independent student You can join Leicester as a Study Abroad (non-degree) student even if your home university does not have an exchange agreement with us.

  • Radiative Processes

    Module code: PA4604 This module builds on the classical and quantum physics studied in previous years to introduce the most important physical processes that generate electromagnetic radiation, and the processes that modify the emergent spectrum such as scattering and absorption.

  • Radiative Processes in Astrophysics

    Module code: PA4604 This module builds on the classical and quantum physics studied in previous years to introduce the most important physical processes that generate electromagnetic radiation, and the processes that modify the emergent spectrum such as scattering and absorption.

  • Radiative Processes in Astrophysics

    Module code: PA4604 This module builds on the classical and quantum physics studied in previous years to introduce the most important physical processes that generate electromagnetic radiation, and the processes that modify the emergent spectrum such as scattering and absorption.

  • New observations reveal Jupiters Great Red Spot as mysterious energy source

    Researchers from the University of Leicester and Boston University’s (BU) Center for Space Physics report today in Nature that Jupiter’s Great Red Spot may provide the mysterious source of energy required to heat the planet’s upper atmosphere to the unusually high values...

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