Found 17 result(s)
Regular Seminar Nick Dorey (DAMTP Cambridge)
at: 13:15 room G.01  abstract: I will discuss recent progress in formulating superconformal quantum mechanics models which describe the (2,0) theory and N=4 super YangMills in discrete lightcone quantisation. 
Regular Seminar Nick Dorey (DAMTP Cambridge)
at: 13:15 room G.01  abstract: I will discuss recent progress in formulating superconformal quantum mechanics models which describe the (2,0) theory and N=4 super YangMills in discrete lightcone quantisation. 
Regular Seminar Nick Dorey (DAMTP Cambridge)
at: 13:15 room S4.23  abstract:

Exceptional Seminar Nick Dorey (DAMTP)
at: 13:15 room 423  abstract:

String Theory & Geometry Seminar Nick Dorey (DAMTP, Cambridge)
at: 13:00 room IMS seminar room  abstract:

Regular Seminar Nick Dorey (DAMTP, Cambridge)
at: 14:00 room 112  abstract:

Regular Seminar Nick Dorey (DAMTP, Cambridge)
at: 13:15 room 423  abstract:

Regular Seminar Nick Dorey (Cambridge/Imperial Maths Institute)
at: 13:00 room Maths Institute seminar room  abstract: In these lectures, I will introduce the concept of integrability and study its realisation in the context of gauge theory and string theory. In particular, I plan to review recent progress in computing the spectrum of operator dimensions in N=4 supersymmetric YangMills theory and the dual problem of determining the spectrum of string theory on AdS5 x S5. 
Regular Seminar Nick Dorey (Cambridge/Imperial Maths Institute)
at: 13:00 room Maths Institute seminar room  abstract: In these lectures, I will introduce the concept of integrability and study its realisation in the context of gauge theory and string theory. In particular, I plan to review recent progress in computing the spectrum of operator dimensions in N=4 supersymmetric YangMills theory and the dual problem of determining the spectrum of string theory on AdS5 x S5. 
Regular Seminar Nick Dorey (Cambridge/Imperial Maths Institute)
at: 13:00 room Maths Institute seminar room  abstract: In these lectures, I will introduce the concept of integrability and study its realisation in the context of gauge theory and string theory. In particular, I plan to review recent progress in computing the spectrum of operator dimensions in N=4 supersymmetric YangMills theory and the dual problem of determining the spectrum of string theory on AdS5 x S5. 
Regular Seminar Nick Dorey (Cambridge/Imperial Maths Institute)
at: 15:00 room 503 Huxley  abstract: In these lectures, I will introduce the concept of integrability and study its realisation in the context of gauge theory and string theory. In particular, I plan to review recent progress in computing the spectrum of operator dimensions in N=4 supersymmetric YangMills theory and the dual problem of determining the spectrum of string theory on AdS5 x S5. 
Regular Seminar Nick Dorey (Cambridge/Imperial Maths Institute)
at: 13:00 room Maths Institute seminar room  abstract: In these lectures, I will introduce the concept of integrability and study its realisation in the context of gauge theory and string theory. In particular, I plan to review recent progress in computing the spectrum of operator dimensions in N=4 supersymmetric YangMills theory and the dual problem of determining the spectrum of string theory on AdS5 x S5. 
Regular Seminar Nick Dorey (Cambridge/Imperial Maths Institute)
at: 13:00 room Maths Institute seminar room  abstract: This the first of a series of lectures in which I will introduce the concept of integrability and study its realisation in the context of gauge theory and string theory. In particular, I plan to review recent progress in computing the spectrum of operator dimensions in N=4 supersymmetric YangMills theory and the dual problem of determining the spectrum of string theory on AdS5 x S5. 
Triangular Seminar Nick Dorey (DAMTP)
at: 15:00 room UG1  abstract: This talk is part of the joint Triangular Seminars 
Regular Seminar Nick Dorey (University of Wales at Swansea)
at: 16:30 room H503  abstract:

Regular Seminar Nick Dorey (University of Wales Swansea)
at: 14:00 room 112  abstract:
