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  • Mathematical Physics 2

    Module code: PA2710 The module builds on the mathematics covered in year 1, and continues to develop the mathematical techniques that are necessary in many areas of higher level physics.

  • Mechanics

    Module code: PA1110 Classical mechanics, sometimes known as Newtonian mechanics, is the branch of classical (pre-quantum) physics concerned with forces and motion, particularly of macroscopic objects.

  • Waves and Quanta

    Module code: PA1140 In this module you will learn about the important equations used to describe oscillations and waves, which are of fundamental importance in many branches of physics.

  • Mathematical Physics 2

    Module code: PA2710 The module builds on the mathematics covered in year 1, and continues to develop the mathematical techniques that are necessary in many areas of higher level physics.

  • Waves and Quanta

    Module code: PA1140 In this module you will learn about the important equations used to describe oscillations and waves, which are of fundamental importance in many branches of physics.

  • Mechanics

    Module code: PA1110 Classical mechanics, sometimes known as Newtonian mechanics, is the branch of classical (pre-quantum) physics concerned with forces and motion, particularly of macroscopic objects.

  • Financial Accounting

    Module code: MN1016 We've all heard news stories about the work of financial accountants. Whether a business is reporting enormous profits, huge losses or is barely scraping by, the impact of the release of their accounts can be huge on their future viability.

  • Graduate actor interviewed in Esquire magazine

    Leicester graduate Will Tudor, who has roles in the popular TV shows Game of Thrones and Humans, has been interviewed by Esquire magazine. Will graduated from the University in 2008 with a BA in English.

  • Events archive

    Find out about the past events hosted or promoted by Museum Studies at the University of Leicester.

  • Groundbreaking research identifies what makes human brains – and humans – unique in the animal world

    A neuroscientist at the University of Leicester has identified a fundamental difference between human and animal brains. This breakthrough, published today in the journal Cell, offers an explanation for what makes Homo sapiens so vastly different from even our nearest relatives.

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