The symmetry of things

Course Dates: 30/04/19 - 09/07/19
Time: 10:00 - 12:00
Location: KS - Keeley Street
Tutors:
Rich Cochrane

Symmetry lies close to the heart of art, design, science and nature. This introductory level course embeds the abstract study of this subject in the arts and sciences, providing an accessible taste of modern mathematics.

Description

What is the course about?

Symmetry is a fundamental aspect of pattern – the difference between order and chaos. For millennia it appeared to be straightforward but in the nineteenth century a new theoretical perspective called “group theory” emerged, bringing ancient procedures in visual art and design into the very heart of mathematics, science and many other fields.

This course is an introduction to group theory, which studies the abstract structure of symmetrical objects. We focus on its conceptual framework, covering the key ideas and discoveries that give a flavour of the subject. This is maths, but of a very different kind from what most people experience at school: there will be no calculations and no prior knowledge or experience is assumed. Optional additional material will be provided for those who want to go further, turning this course into a gateway into higher mathematics.

Our study of groups in the abstract is motivated and enriched by a consideration of symmetry in the arts and sciences, where group theory can provide deep insights, from graphic and textile design to molecular chemistry.

What will we cover?

• Geometric notions of symmetry
• Key concepts from group theory
• Examples of symmetry in art and design
• Some of the roles symmetry has played in other applied areas such as physics, chemistry and music.

What will I achieve?
By the end of this course you should be able to...

• Outline the history of the study of symmetry, particularly as it developed in the nineteenth and twentieth centuries.
• Describe geometric reflections, rotations and translations.
• Identify different symmetries in visual design, music and arithmetic.
• Define a group of symmetries and describe a range of examples of groups.
• Draw diagrams of symmetry groups and understand their geometric significance.
• Characterise all the possible two-dimensional frieze and wallpaper patterns.
• Show how symmetry groups can be combined to create new ones.
• Outline the classification of the finite simple groups, one of the major achievements of twentieth century pure mathematics.

What level is the course and do I need any particular skills?

This is an introductory course with no specific prerequisites.

How will I be taught, and will there be any work outside the class?

The sessions will be a mixture of lecture/demonstration, discussion and individual or small-group activities. Material for use outside class will be provided but this is entirely optional – it is designed to expand the horizons of the main course and will not be used in later sessions.

Are there any other costs? Is there anything I need to bring?

There are no additional costs or required materials. You only need bring whatever you prefer to use to take notes.

When I've finished, what course can I do next?

City Lit runs a programme of term-long courses in Philosophy with a mathematical theme, any of which would naturally follow on from this one.

General information and advice on courses at City Lit is available from the Student Centre and Library on Monday to Friday from 12:00 – 19:00.
See the course guide for term dates and further details

Reviews
Tutor Biographies
We’re sorry. We don’t have a bio ready for the tutor of this class at the moment, but we’re working on it! Watch this space.

This course has now started

Course Code: HP096

Started Tue, day, 30 Apr - 09 Jul '19

Duration: 11 sessions (over 11 weeks)

Full fee: £189.00
Senior fee: £151.00
Concession: £83.00

Please note: we offer a wide variety of financial support to make courses affordable. For more information visit our online Help Center. You can also visit the Information, Advice and Guidance drop-in service, open from 12 – 6.45, Monday to Friday.