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Department of Mathematical Sciences

Research Seminar Series

Applied Mathematics Seminars

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Arithmetic Study Group

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Centre for Particle Theory Colloquia

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Computing Seminars/Talks

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


CPT Student Seminar

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Departmental Research Colloquium

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Distinguished Lectures and Public Lectures

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Geometry and Topology Seminar

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Informal HEP Journal club

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Maths HEP Lunchtime Seminars

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Pure Maths Colloquium

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Statistics Seminars

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Stats4Grads

Maths HEP Lunchtime Seminars: E theory

Presented by Peter West, King's College

20 October 2017 13:00 in CM221

I will propose a low energy effective action of string and branes which possess a
very large Kac-Moody symmetry (E11). The equations of motion are essentially
determined by this symmetry and one finds that this single unififed theory contains the maximal
supergravity theories in all dimensions and also all the gauged maximal supergravity theories.

Contact daniele.dorigoni@durham.ac.uk or jyotirmoy.bhattacharya@durham.ac.uk for more information


Information about seminars for the current academic year. For information on previous years' seminars please see the seminar archives pages.