Dr Sanjaye Ramgoolam

Profile

My research is in the areas of string theory, combinatorics and representation theory. My papers are available at Google Scholar

I am currently teaching  Mathematical Techniques 4 (Year 3) and Advanced Quantum Field theory (Year 4)

Teaching

Currently teaching  :

1. PHY6324 (Mathematical Techniques 4)
2. SPA7001U/P (Advanced Quantum Field Theory)

Undergraduate Projects supervised : 

1. From classical strings to photons and gravtions
2. Plasma Physics and Nuclear Fusion
3. Dark Matter, dark energy and cosmology
4. Entanglement and decoherence in quantum physics

Modules taught in the past :

1. Electromagnetic  theory (4th year MSci course)
2. Quantum Mechanics and Symmetry (3rd year)
3. Electromagnetism for pre-medical (at Brown)
4. Quantum Physics (1st year)

Research

Research Interests:

See Sanjaye Ramgoolam’s research profile pages including details of research interests, publications, and live grants.

Supervision

PhDs/Postdocs

PhD students supervised :

1. Costis Papageorgakis
2. Tom Brown
3. David Turton
4. Jurgis Pasukonis
5. David Garner 
6. Paolo Mattioli
7. Christopher Lewis-Brown (Current)
8. George Barnes
9. Adrian Padellaro

Recent post-doctoral collaborators  at QMUL  :

1. Ali Zahabi
2. Diego Rodriguez Gomez
3. Vishnu Jejjala
4. Yusuke Kimura
5. Paul Heslop
6. Congkao Wen 

This is not an exhaustive list and I would be happy to discuss other project possibilities.

Project Title

Public Engagement

Outreach

Some popular science talks/presentations

1. Linguistic Matrix Theory Video. 
2. Holography, Information and Meaning: Hidden symmetries of Matrix Physics [PDF 3,276KB] - Ps Star talk, 02/2019
3. Duality and Emergence in String theory, talk at the Mauritius Diaspora Conference 2018
4. Symmetries and Surprises in String Theory (Talk for Psi Star QMUL, December 2013)
5. What is String Theory ? (talk at Bryanston School, April 2012)
6. Strings and hidden geometries (talk at Inauguration of School of Phys and Astro 2012)
7. String Theory and Hidden dimensions of spacetime (talk for Waltham Forest Physics masterclass)
8. From force and matter to strings( talk at Highgate school, 2003)
9. Strings in the quantum world ( talk at Oxford, 2009 )
10. Duality and the nature of quantum space-time  : ( talk at Oxford,Jan 2009 )
11. Space and Time, Light and Gravity in String Theory ( talk at PPARC 2006)

Some research presentations 

1. Permutation centralizer?algebras, polynomial invariants and supersymmetric states [PDF 1,066KB](talk at conference on representation theory and physics, Leeds, July 2016)
2. BPS states, permutations and information (talk at YITP Kyoto programme on string theory, condensed matter physics and quantum information, June 2016)
3. Quantum Field thories (QFTs), quivers and word combinatorics [PDF 4,825KB] (talk at theory group, computer science, EECS, QMUL, Oct. 21, 2015)
4. CFT4?(4D?conformal QFT) as TFT2( 2D topological field theory) [PDF 4,438KB] (talk at school of Maths, QMUL, Mar 2, 2015)
5.  Quiver gauge theory and TFT2s (2d topological field theories) [PDF 8,116KB] (talk at Quantum integrability workshop, Surrey, 08/2014)
6. Quantum states to brane geometries via fuzzy moduli space [PDF 517KB] (talk at Oxford Maths Institute, 02/12)
7. Permutations, strings and Feynman Graphs [PDF 631KB] ( talk at City Maths Dept, 11/2011)
8. Strings, Permutations and Quantum Fields [PDF 476KB] (talk at Corfu2011 workshop on non-commutatve field theory and gravity)
9. Symmetric groups and local operators in gauge theory [PDF 499KB] (talk at Lisbon 2011)
10. From numbers to strings and branes [PDF 83KB] (talk at Galileo Galilei Institute 2011)
11. Feynman Diagrams and Absolute Galois group [PDF 293KB] (talk at B(A)MC 2010)
12. Matrix Models, Hurwitz spaces Galois Group [PDF 667KB](talk in Southampton Pure Maths group)
13. Fuzzy geometry of membranes in M-theory [PDF 314KB] (talk at Imperial)

Short review articles:  

1. Permutations and the combinatorics of gauge invariants for general N. 
2. Schur-Weyl duality and Gauge-string duality  (Talk given at "Ten years of AdS/CFT in Argentina,2008)

Grants