Boris Stoyanov is a theoretical physicist working on Membrane Theory, Supergravity and Superstring Theory. He is the Principal and Permanent Member of SUGRA INSTITUTE, Executive Director of BRANE HEPLAB and the Giordano Bruno Professor of Membrane Theory at DARK MODULI INSTITUTE. [1] Boris Stoyanov is a relatively young theoretical physicist dealing with the exclusive theories of supergravity, superstrings and all supersymmetric models of fundamental membrane theories. Main research interests are related to gauged supergravity, conformal supergravity and the full range of models with consistent supergravities in diverse spacetime dimensions. Main works include all known consistent supergravity theories and different views to the presence of supergravity including superstrings in fundamental supermembranes.
Boris Stoyanov | |
|---|---|
 | |
| Born | January 9, 1984
[2] |
| Nationality | Bulgarian |
| Alma mater |
MIT /
SUGRA INSTITUTE (
PhD) Harvard University ( MA) INRNE ( MPhil) Sofia University ( MSc) |
| Known for | Supergravity Constructions in Membrane Theory [3] |
| Scientific career | |
| Fields | Membrane Theory, Supergravity, Superstring Theory |
| Institutions |
DARK MODULI INSTITUTE BRANE HEPLAB SUGRA INSTITUTE CERN FERMILAB INRNE |
| Thesis | The Exclusive Higher Dimensional Constructions of Supergravity with Multiple Brane Systems ( MIT / SUGRA INSTITUTE) (2018), The Structures of Symplectic Scalar Supercurvature on Supermanifolds ( Harvard University) (2013), Covariant and Consistent Anomalies in Gauged Supergravity ( INRNE) (2009), Chiral Anomalies in Quantum Gauge Theories ( Sofia University) (2008) |
| Doctoral advisor | Professor Washington Taylor |
| Other academic advisors | Professor Emil Nissimov, Professor Dimitar Mladenov, Professor Svetlana Pacheva, Professor Boyka Aneva |
- ^ https://www.darkmodulinstitute.org
- ^ Curriculum Vitae[ permanent dead link]
- ^ Duff, M.J.; Inami, T.; Pope, C.N.; Sezgin, E.; Stelle, K.S. (1988). "Semiclassical quantization of the supermembrane" (PDF). Nuclear Physics B. 297 (3): 515–538. Bibcode: 1988NuPhB.297..515D. doi: 10.1016/0550-3213(88)90316-1.
Boris Stoyanov is a theoretical physicist working on Membrane Theory, Supergravity and Superstring Theory. He is the Principal and Permanent Member of SUGRA INSTITUTE, Executive Director of BRANE HEPLAB and the Giordano Bruno Professor of Membrane Theory at DARK MODULI INSTITUTE. [1] Boris Stoyanov is a relatively young theoretical physicist dealing with the exclusive theories of supergravity, superstrings and all supersymmetric models of fundamental membrane theories. Main research interests are related to gauged supergravity, conformal supergravity and the full range of models with consistent supergravities in diverse spacetime dimensions. Main works include all known consistent supergravity theories and different views to the presence of supergravity including superstrings in fundamental supermembranes.
Boris Stoyanov | |
|---|---|
|
| |
| Born | January 9, 1984
[2] |
| Nationality | Bulgarian |
| Alma mater |
MIT /
SUGRA INSTITUTE (
PhD) Harvard University ( MA) INRNE ( MPhil) Sofia University ( MSc) |
| Known for | Supergravity Constructions in Membrane Theory [3] |
| Scientific career | |
| Fields | Membrane Theory, Supergravity, Superstring Theory |
| Institutions |
DARK MODULI INSTITUTE BRANE HEPLAB SUGRA INSTITUTE CERN FERMILAB INRNE |
| Thesis | The Exclusive Higher Dimensional Constructions of Supergravity with Multiple Brane Systems ( MIT / SUGRA INSTITUTE) (2018), The Structures of Symplectic Scalar Supercurvature on Supermanifolds ( Harvard University) (2013), Covariant and Consistent Anomalies in Gauged Supergravity ( INRNE) (2009), Chiral Anomalies in Quantum Gauge Theories ( Sofia University) (2008) |
| Doctoral advisor | Professor Washington Taylor |
| Other academic advisors | Professor Emil Nissimov, Professor Dimitar Mladenov, Professor Svetlana Pacheva, Professor Boyka Aneva |
- ^ https://www.darkmodulinstitute.org
- ^ Curriculum Vitae[ permanent dead link]
- ^ Duff, M.J.; Inami, T.; Pope, C.N.; Sezgin, E.; Stelle, K.S. (1988). "Semiclassical quantization of the supermembrane" (PDF). Nuclear Physics B. 297 (3): 515–538. Bibcode: 1988NuPhB.297..515D. doi: 10.1016/0550-3213(88)90316-1.