Sultan Catto
Professor
Weissman School of Arts and Sciences
Department: Natural Sciences
Areas of expertise:
Email Address: sultan.catto@baruch.cuny.edu
> View CV- Biography
- Teaching
- Research and Creative Activity
- Grants
- Honors and Awards
- Service
Education
MPhil, Physics, Yale University
Ph.D., Physics, Yale University
MSc, Physics, Yale University
Semester | Course Prefix | Course Number | Course Name |
---|---|---|---|
Summer 2024 | PHY | 3001 | General Physics II |
Summer 2024 | PHY | 3001 | General Physics II |
Summer 2024 | PHY | 3001 | General Physics II |
Spring 2024 | PHY | 5000 | Independent Study Physics I |
Spring 2024 | PHY | 2003 | General Physics I |
Spring 2024 | PHY | 2003 | General Physics I |
Spring 2024 | PHY | 2003 | General Physics I |
Spring 2024 | PHY | 2003 | General Physics I |
Fall 2023 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2023 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2023 | PHY | 5000 | Independent Study Physics I |
Fall 2023 | PHY | 5001 | Independent Study Physics II |
Fall 2023 | ENV | 3002 | Energy Conservation |
Fall 2023 | ENV | 3002 | Energy Conservation |
Fall 2023 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2023 | PHY | 3001 | General Physics II |
Summer 2023 | PHY | 3001 | General Physics II |
Summer 2023 | PHY | 3001 | General Physics II |
Spring 2023 | PHY | 5000 | Independent Study Physics I |
Spring 2023 | PHY | 2003 | General Physics I |
Spring 2023 | PHY | 2003 | General Physics I |
Spring 2023 | PHY | 2001 | Fund Of Experimental Phy |
Spring 2023 | ENV | 5000 | Independent Study ENV I |
Fall 2022 | ENV | 3002 | Energy Conservation |
Fall 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2022 | ENV | 3002 | Energy Conservation |
Summer 2022 | PHY | 3001 | General Physics II |
Summer 2022 | PHY | 3001 | General Physics II |
Summer 2022 | PHY | 3001 | General Physics II |
Spring 2022 | PHY | 2001 | Fund Of Experimental Phy |
Spring 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2022 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2021 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2021 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2021 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2021 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2021 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2021 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2021 | PHY | 3001 | General Physics II |
Summer 2021 | PHY | 3001 | General Physics II |
Summer 2021 | PHY | 3001 | General Physics II |
Spring 2021 | PHY | 2001 | Fund Of Experimental Phy |
Spring 2021 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2021 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2021 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2021 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2020 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2020 | ENV | 3002 | Energy Conservation |
Fall 2020 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2020 | ENV | 3002 | Energy Conservation |
Fall 2020 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2020 | PHY | 3001 | General Physics II |
Summer 2020 | PHY | 3001 | General Physics II |
Summer 2020 | PHY | 3001 | General Physics II |
Spring 2020 | PHY | 2001 | Fund Of Experimental Phy |
Spring 2020 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2020 | PHYS | 90000 | Dissertation Supervision |
Spring 2020 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2019 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2019 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2019 | PHYS | 90000 | Dissertation Supervision |
Summer 2019 | PHY | 3001 | General Physics II |
Summer 2019 | PHY | 3001 | General Physics II |
Spring 2019 | PHYS | 85600 | ST: Advanced Physics |
Spring 2019 | PHYS | 89900 | Independent Study |
Summer 2018 | PHY | 3001 | General Physics II |
Summer 2018 | PHY | 3001 | General Physics II |
Spring 2018 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2018 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2018 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2018 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2017 | ENV | 3002 | Energy Conservation |
Fall 2017 | ENV | 4900 | Capstone: Env Scienc |
Fall 2017 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2017 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2017 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2017 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2017 | PHY | 3001 | General Physics II |
Summer 2017 | PHY | 3001 | General Physics II |
Spring 2017 | PHY | 3001 | General Physics II |
Spring 2017 | PHY | 3001 | General Physics II |
Fall 2016 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2016 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2016 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2016 | PHYS | 85400 | Survey of Resrch Opportunities |
Summer 2016 | PHY | 3001 | General Physics II |
Summer 2016 | PHY | 3001 | General Physics II |
Summer 2016 | PHY | 3001 | General Physics II |
Spring 2016 | PHY | 2003 | General Physics I |
Spring 2016 | PHY | 2003 | General Physics I |
Fall 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2015 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2015 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2015 | PHY | 2001 | Fund Of Experimental Phy |
Fall 2015 | PHYS | 85400 | Survey of Research Opp CUNY |
Fall 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Fall 2015 | PHY | 2001 | Fund Of Experimental Phy |
Summer 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2015 | PHY | 1003 | Concepts in Physics |
Summer 2015 | PHY | 2001 | Fund Of Experimental Phy |
Summer 2015 | PHY | 2001 | Fund Of Experimental Phy |
Summer 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2015 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2015 | PHY | 3001 | General Physics II |
Spring 2015 | PHY | 1003 | Concepts in Physics |
Spring 2015 | PHY | 3001 | General Physics II |
Fall 2014 | PHYS | 85400 | Survey Res Opport at CUNY |
Fall 2014 | PHY | 1003 | Concepts in Physics |
Fall 2014 | PHY | 2003 | General Physics I |
Summer 2014 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2014 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2014 | PHY | 2001 | Fund Of Experimental Phy |
Summer 2014 | PHY | 2001 | Fund Of Experimental Phy |
Summer 2014 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Summer 2014 | PHY | 2001 | Fund Of Experimental Phy |
Summer 2014 | PHY | 2002L | Fund Of Phy: Theory & Practice |
Spring 2014 | PHY | 5000 | Independent Study Physics I |
Spring 2014 | PHY | 5000 | Independent Study Physics I |
Spring 2014 | PHY | 5002 | Independent Study Physics III |
Spring 2014 | PHY | 1003L | Lect Conc In Physics |
Spring 2014 | PHY | 1003 | Concepts in Physics |
Fall 2013 | ENV | 4900 | Capstone: Env Scienc |
Fall 2013 | ENV | 3002 | Energy Conservation |
Fall 2013 | PHYS | 85400 | Survey of Rsrch Opprtnty/CUNY |
Fall 2013 | PHY | 5000 | Independent Study Physics I |
Fall 2013 | PHY | 5000 | Independent Study Physics I |
Summer 2013 | PHY | 3020 | Quantitative Physics II |
Summer 2013 | PHY | 3020 | Quantitative Physics II |
Spring 2013 | PHY | 1003 | Concepts in Physics |
Spring 2013 | PHY | 1003 | Concepts in Physics |
Spring 2013 | IDC | 6002H | Honors IDC Thesis II |
Spring 2013 | PHY | 1003L | Lect Conc In Physics |
Fall 2012 | PHYS | 85400 | Survey of Research Opp at CUNY |
Fall 2012 | PHY | 1003 | Concepts in Physics |
Fall 2012 | PHY | 5000 | Independent Study Physics I |
Fall 2012 | IDC | 6001H | Hon Idc Thesis I |
Fall 2012 | PHY | 4130 | Modern Physics |
Summer 2012 | PHY | 3020 | Quantitative Physics II |
Summer 2012 | PHY | 3020 | Quantitative Physics II |
Spring 2012 | PHY | 1003L | Lect Conc In Physics |
Spring 2012 | PHY | 3001 | General Physics II |
Spring 2012 | PHY | 1003 | Concepts in Physics |
Fall 2011 | ENV | 3002 | Energy Conservation |
Fall 2011 | ENV | 4900 | Capstone: Env Scienc |
Fall 2011 | PHY | 1003L | Lect Conc In Physics |
Fall 2011 | PHY | 5000 | Independent Study Physics I |
Summer 2011 | PHY | 3010 | Quantitative Physics I |
Summer 2011 | PHY | 3020 | Quantitative Physics II |
Summer 2011 | PHY | 3020 | Quantitative Physics II |
Spring 2011 | PHY | 5000 | Independent Study Physics I |
Spring 2011 | PHY | 5001 | Independent Study Physics II |
Spring 2011 | PHY | 1003L | Lect Conc In Physics |
Fall 2010 | ENV | 3002 | Energy Conservation |
Fall 2010 | ENV | 4900 | Capstone: Env Scienc |
Fall 2010 | PHY | 5000 | Independent Study Physics I |
Fall 2010 | PHY | 1003L | Lect Conc In Physics |
Summer 2010 | PHY | 3020 | Quantitative Physics II |
Summer 2010 | PHY | 3020 | Quantitative Physics II |
Summer 2010 | PHY | 2003 | General Physics I |
Spring 2010 | PHY | 1003L | Lect Conc In Physics |
Spring 2010 | PHY | 1003 | Concepts in Physics |
Spring 2010 | PHY | 1003 | Concepts in Physics |
Fall 2009 | PHY | 1003 | Concepts in Physics |
Fall 2009 | PHY | 1003 | Concepts in Physics |
Summer 2009 | PHY | 3020 | Quantitative Physics II |
Summer 2009 | PHY | 3020 | Quantitative Physics II |
Summer 2009 | PHY | 2003 | General Physics I |
Spring 2009 | PHY | 1003 | Concepts in Physics |
Spring 2009 | PHY | 1003 | Concepts in Physics |
Fall 2008 | ENV | 3002 | Energy Conservation |
Fall 2008 | ENV | 4900 | Capstone: Env Scienc |
Summer 2008 | PHY | 2003 | General Physics I |
Summer 2008 | PHY | 3020 | Quantitative Physics II |
Summer 2007 | PHY | 2003 | General Physics I |
Summer 2007 | PHY | 1003 | Concepts in Physics |
Summer 2007 | PHY | 3001 | General Physics II |
Summer 2007 | PHY | 2003 | General Physics I |
Summer 2006 | PHY | 3001 | General Physics II |
Summer 2006 | PHY | 3001 | General Physics II |
Summer 2006 | PHY | 2003 | General Physics I |
Summer 2006 | PHY | 3001 | General Physics II |
Summer 2006 | PHY | 3001 | General Physics II |
Summer 2005 | PHY | 3001 | General Physics II |
Summer 2005 | PHY | 3001 | General Physics II |
Summer 2005 | PHY | 3001 | General Physics II |
Summer 2005 | ENV | 5000 | Independent Study ENV I |
Summer 2005 | PHY | 2003 | General Physics I |
Spring 2005 | ENV | 3002 | Energy Conservation |
Spring 2005 | ENV | 5000 | Independent Study ENV I |
Summer 2004 | PHY | 3001 | General Physics II |
Summer 2004 | PHY | 3001 | General Physics II |
Summer 2004 | PHY | 3001 | General Physics II |
Summer 2004 | PHY | 2003 | General Physics I |
Summer 2004 | PHY | 3001 | General Physics II |
Spring 2004 | ENV | 3002 | Energy Conservation |
Summer 2003 | PHY | 5000 | Independent Study Physics I |
Summer 2003 | PHY | 2003 | General Physics I |
Summer 2003 | PHY | 2004 | General Physics II |
Summer 2003 | PHY | 2003 | General Physics I |
Summer 2003 | PHY | 2003 | General Physics I |
Summer 2003 | PHY | 2003 | General Physics I |
Summer 2003 | PHY | 5000 | Independent Study Physics I |
Summer 2002 | PHY | 2003 | General Physics I |
Summer 2002 | PHY | 2004 | General Physics II |
Summer 2002 | PHY | 2004 | General Physics II |
Summer 2002 | PHY | 2003 | General Physics I |
Spring 2002 | ENV | 3002 | Energy Conservation |
Fall 2001 | PHY | 1003L | Lect Conc In Physics |
Fall 2001 | PHY | 1003 | Concepts in Physics |
Fall 2001 | PHY | 1003 | Concepts in Physics |
Summer 2001 | PHY | 2004 | General Physics II |
Summer 2001 | PHY | 2004 | General Physics II |
Summer 2001 | PHY | 2004 | General Physics II |
Summer 2001 | PHY | 2004 | General Physics II |
Summer 2001 | PHY | 2003 | General Physics I |
Books
Catto, S. (2009). I am the editor of this book of proceedings (556 pages). Elsevier-Canopus/United Kingdom, United Kingdom, Elsevier-Canopus.
Catto, S., Rocha, S., & Rocha, A. (1992). Differential Geometric Methods in Theoretical Physics. (p. 519). World ScientificPublishers.
Catto, S., Rocha, S., & Rocha, A. (1992). Differential Geometric Methods in Theoretical Physics. (p. 682). World ScientificPublishers.
Journal Articles
(2024). Speculations Concerning the Origin of Internal Symmetries of Quarks and Leptons; Nouvelle Algebraic Structures with Striking Resemblance to Hurwitz Algebras. Ukrainian Journal of Physics,
(2023). Characterization of New Algebras Resembling Color Algebras Based on The Split-Octonion Units in the Classification of Hadronic Symmetries. Journal of Physics, 2667, (012004) 2023. Journal of Physics,
(2023). Octonionic Basis of Color Algebras and Grand Unified Theories. Journal of Mathematical Society, JMM,
(2023). Hurwitz Algebras at the core of Classification of Possible Symmetries in Hadronic Physics. Eighteen pages, . Proceedings of the XV-International Workshop “Lie Theory and Its Applications in Physics.,
Catto, S. (2022). Octonion-Based Grand Unified Theories (GUTs) and Beyond. Proceedings of the International Conference in High-Energy Physics, University of Tokyo, Japan, 2022, 14.
(2019). Generalized Four-Dimensional Effective Supersymmetry Based on Quantum Chromodynamics: New Results. Journal of Physics, 1416,1, 012008 (2019). (1416).
Catto, S. (2019). Hadronic Supersymmetry from QCD. Ukrainian Journal of Physics, 64, (8), 672. Ukrainian Journal of Physics, 64(8). 6.
Catto, S. M. (2019). SO(9,1) Group and Examples of Analytic Functions. Journal of Physics, 1194, (1) (2019). Journal of Physics, 1194(012016). 15.
Catto, S. M. (2019). Hadronic Mass Formulae. Journal of Physics, 2150, (1), 03004 (2019). Journal of Physics, 2150(2019). 8.
Catto, S., Nicolescu, B., & Yu, E. (2019). Effective Hadronic Supersymmetry from Quantum Chromodynamics. Ukrainian Journal of Physics, 64, (12) 1096. Ukrainian Journal of Physics, 64(12). 1096--1096.
(2018). Visible and Dark Groups of Spacetime. Journal: Physics of Particles and Nuclei, 49 (5) 894 (2018). Physics of Particles and Nuclei, 49(5). 894.
(2018). Hurwitz Algebras and Octonion Algebra. Journal of Physics, 965 (1) 012009 (2018). Journal of Physics, 965. 12.
Catto, S. (2018). Quantum Symmetries: From Clifford and Hurwitz Algebras to M-Theory and Leech Lattices. Advances in Applied Clifford Algebras, 28(81). 15 pages.
(2018). Quantum Symmetries: From Clifford and Hurwitz Algebras to M-Theory and Leech Lattices. Advances in Applied Clifford Algebras, 28 (4) 81 (2018). Advances in Applied Clifford Algebras, (28). 15 pages.
Catto, S. (2017). Revisiting the Role of Octonions In Hadronic Physics. Journal: Physics of Particles and Nuclei, Letters 14, 390 (2017). Physics of Particles and Nuclei, Letters 2017, 14(2). 6.
Catto, S. (2017). Supergroups in Critical Dimensions and Division Algebras. Journal of Physics, 804 (1) 012009 (2017). Journal of Physics, 804. 19.
(2017). Generalized Four-Dimensional Effective Supersymmetry Based on Quantum Chromodynamics. Ukrainian Journal of Physics, 64 (12) 2017. Ukrainian Journal of Physics, 64(12). 15.
(2017). M. Riesz theorem on Conjugate Harmonic Functions for Octonion-Valued Monogenic Functions. Journal of Physics, 670, (1), 012017 (2016). Journal of Physics,
Catto, S. (2016). Octonions, Supersymmetry and mappings of Ancient and Modern geometries into Each Other. Journal of Physics, 13(2). 16.
(2016). Clifford Algebras and Their Decomposition into Conjugate Fermionic Heisenberg Algebras. Journal of Physics, 766, (1), 012001 (2016). Journal of Physics, 766(1).
Catto, S. (2016). Unifying Ancient and Modern Geometries Through Octonions. Journal of Physics, 870, (1), 012016 (2016). Journal of Physics, 870. 12.
Catto, S. (2016). A. Kolmogorov and M. Riesz' Theorems for Octonionic Monogenic Functions. International Journal of Analysis (ISAAC) Applications and Computations,
Sultan, C. (2016). Clifford Algebras and Their Decomposition into Conjugate Fermionic Heisenberg Algebras. Journal of Physics, (766). 18.
Catto, S. (2014). . Journal of Physics, 563. 15.
Sultan, C. (2014). Algebraic formulation of hadronis supersymmetry based on octonions: New mass formulas and further applications. Journal of Physics, 563(56392014)). 17.
(2013). Invariance Properties of the Exceptional Quantum Mechanics (F4) and Its eneralization to Complex Jordan Algebras (E6). Springer Proc. in Mathematics and Statistics, 36. 469-477.
Catto, S. (2013). Grassmann numbers and Clifford-Jordan-Wigner representation of supersymmetry . Journal of Physics 411(2013) IOP Publishing 1-20, 411. 21 pages.
Sultan, C. (2013). Root Structures of Infinite Gauge Groups and Supersymmetric Field Theories. Journal of Physics: 474(2013) 012013, 474. 14 pages.
(2012). Approximate solution of the spin free Hamiltonian involving only scalar potential for quark-antiquark system. Duke Mathematical Journal, 56 pages.
(2011). Invariance properties of the exceptional quantum mechanics (f4) and its generalization to complex Jordan algebras (E6). AIP/ Springer Verlag, 8 pages.
(2011). Supersymmetry in the Quark-Diquark and the Baryon-Meson Systems. Acta Polytechnica, 51(1). 77-82.
(2010). Effective Supersymmetry based on SU(3)XS superalgebra. AIP, 1243(1243 (2010)). 223-231.
(2009). Hadronic supersymmetries based on exceptional structures. Acta Polytechnica, 51(1/2011). 77-82.
(2009). The ring of octonion integers. Elsevier, (2009). 146-151.
(2008). Scalar Mesons, Multiquark states and Supersymmetry. AIP, 1030(1030 (2008)). 184-190.
(2008). Miyazawa Supersymmetry. AIP 1011 (2008), 1011(2008). 253-259.
(2004). Time Dependent Oscillator and Spontaneous Breaking of Supersymmetry. Proceedings of International Workshop on Supersymmetries and Quantum Systems, 12.
(2004). Projective Geometries and Quantum Mechanics. Proceedings of the Second Feyman Festival, 29.
(2004). Exceptional Groups in Physics. International Conference on Non-Associative Algebras and Their Applications in Physics, 36.
(2003). Exceptional Projective Geometries and International Symmetries. arXiv:hep-th/0302079v1,
(2003). Octonionic Supersymmetry. Encyclopedia of Supersymmetry,
(2003). On The Time Dependent Oscillator and the Non Linear Realization of the Virasaro Group. arXiv:hep-th/0303134v2,
(2003). Self Dual Fields and Quaternion Analyticity. arXiv:hep-th/0302139v2,
(2003). Spectral Theory of Automorphic Forms and Analysis of Differential Operators on SL(3,Z) with Applications.
(2003). Symmetries and Mass Predictions of the Supersymmetric Quark Model. arXiv:hep-ph/0302153v1,
(2003). Effective Hadronic Lagrangians Based on QCD: Potential Models and Skymions. arXiv:hep-th/0302101v1,
(2003). Constraint Superalgebras and their Applications on Guage Field Theories and String Theories. arXiv:hep-th/0302088v1,
(2003). Chiral Symmetry and Vertex Symmetry in the Extended Moller-Rosenfeld Model. arXiv:hep-th/0302102v1,
(2003). Mass Relations for the Quark-Diquark Model. Institute of Physics, (341-347).
(2001). Introductions to Octonionic Hilbert Spaces. Proceedings of WIGSYM-2001,
(2000). A Local Weyl's Law. Contemporary Mathematics 251, 107-117.
(1998). The Selberg Conjecture for SL(3,Z). Proceedings of the American Mathematical Society, 126. 3455-3459.
(1995). Ultrasonic observation of EMF induced by stress waves. Internal Friction, (8). 35.
(1994). Flux oscillations generated by vibration of iron at 22 kHz. J. Phis. Chem. Solids, 55. 521-527.
(1994). Colored Supersymmetry of Mesons and Baryons Based on Octonionic Algegras. Symmetries in Science IV, 129(IV).
(1993). Scalar spinor theories in 4(3+1) dimensions and Euclidean Instanton Solutions in N=2 Supersymmetric Theories. Proc. XXI DGMTP, 571.
(1993). N=2 Euclidean Instanton Solutions in Covariant Superspace with Unconstrained Fields. Int. J. Mod. Phys., A(3A). 576.
(1992). Ultrasonic observation induced by stress waves. Internal Friction, 6. 340.
(1992). Relativistic Quark Model Based on Effective Potentials. Anales de Fisica Monografias, CIEMA/RSEF, II. 76.
(1992). Instanton-like Solutions in Conformal Chiral Superfield Theories. J. Math Phys., 33. 3567.
(1992). Effective Hamiltonian of the Relativistic Quark. Bull. Am. Phys, 37(978).
(1992). . Mod. Phys. Lett., A6. 3485.
(1992). . Bull. Am. Phys. Soc., 37. 978.
(1991). New Formulation of Hadronic Supersymmetry. GTMP, 36. 1039.
(1991). Effective Hamiltonian of the relativistic quark model. Modern Physics Letters, A(6). 3485-3490.
(1990). Instantons from Supersymmetric Conformal Chiral Field Theories. Physics and Geometry, Plenum Press, 268.
(1990). A colored supersymmetry in the quark-diquark system. Hadronic Journal 6, 11.
(1990). Magnetomechanical measures of internal stress. Strength of Metals and Alloys, 3. 1483.
(1989). Covariant Superspace with unconstrained Chiral Superfields and Instanton Solutions. GTMP, XVII, World Scientific, XVII. 300.
(1989). Instanton solutions in supersymmetric chiral field theories. Nuclear Physics B, 6. 148-150.
(1989). Magnetomechanical Damping. Proceedings on the 8th International Conference on the Strength of Metals and Alloys, 3. 88.
(1989). Twisted octonions and their symmetry groups. Nuclear Physics B, 6. 428-432.
(1989). Hadronic Origins of Supersymmetry and the Role of Diquarks. DGMTP, World Scientific, 19. 320.
(1988). Observations of EMF due to stress-induced variation of the magnetic flux in demagnetized iron. Proceedings of the Third National Seminar on Non-Destructive Evaluation of Ferromagnetic Materials,
(1988). New realizations of hadronic supersymmetry. Il Nuevo Cimento A, 99. 16-33.
(1988). On Effective Hadronic Supersymmetry Schemes: String-like Configurations of Hadrons and their Algebraic Description. Proceedings of the XIII International Conference on High Physics, University of California Press,
(1987). Effective quark-diquark supersymmetry and the splitting of Regge trajectories. Proc. Group Theoretical Methods in Physics, 15. 615-621.
(1986). Octonionic hadronic supersymmetry and linearly rising Regge trajectories. Lecture Notes in Physics, 278. 417-420.
(1985). Algebraic treatment of effective supersymmetry. Il Nuovo Cimento, 86. 201-219.
(1984). General supersymmetric equations involving unconstrained chiral superfields. Physical Review D, 29(4). 653-658.
(1982). A class of supersymmetric effective actions. Il Nuovo Cimento , 35. 241-249.
(1982). SU(4) X SU(4) symmetry of nuclear forces. A.W. Wright Nuclear Structure Laborotory Reports, N26. 352-377.
Book Chapters
Catto, S. (2024). Hurwitz Algebras at the core of Classification of Possible Symmetries in Hadronic Physics.. Proceedings of the XV-International Workshop (p. 18). New York, NY. Elsevier Publishers. In Progress.
(2019). Symmetries and Order: Algebraic Methods in Many-Body Systems. Yale University Symposium, October 2018. American Institute of Physics, (003) 15, (2019). Melville, New York, NY. AIP.
Catto, S. (1993). Relativistic quark model. In Gai, M. (Ed.), Bayrons 92 World Scientific.
Catto, S. (1992). Scalar spinor theories in 4(3+1) dimensions and instanton solutions in N=1 and N=2. In Chern, S. S., & Yang, C. N. (Eds.), World Scientific Publishers.
Catto, S. (1992). Effective Hamiltonian of the relativistic quark models. In Gai, M., & Iachello, F. (Eds.), Proceedings of Baryons '92, International Conference on the Structure of Baryons and Related Messons Yale University Press.
(1992). Proceedings of the XXth International Conference on Differential Geometric Methods in Theoretical Physics. (p. 1187). World ScientificPublishers.
(1992). Proceedings of the XXth International Conference on Differential Geometric Methods in Theoretical Physics. (p. 1187). World ScientificPublishers.
Catto, S. (1990). Instantons from supersymmetric conformal chiral scalar superfield theories. In Chau, L. L., & Nahm, W. (Eds.), Physics and Geometry Plenum Press.
Catto, S. (1990). Covariant superspace with unconstrained chiral superfields and instanton solutions. In Saint Auben, Y., & Vinet, L. (Eds.), Group Theoretical Methods in Physics (pp. 300-305). World Scientific Publishing Company.
(1990). Magnetomedhanical damping and oscillating flux of vibrating iron at high amplitudes. Proceedings of the IX International Conference on Internal Friction, Pergamon Press.
Catto, S. (1989). Effective quark-diquark supersymmetry. An algebraic approach.. In Adams, G. (Ed.), Excited Baryons (pp. 486-492). World Scientific Publ. Co..
(1989). Hadronic origins of supersymmetry and the role of diquarks. (pp. 320-330). Differential Geometric Methods, World Scientific Publ. Co..
Catto, S., & Gursey, F. (1988). Effective octogonic supersymmetry. In Freund, P. G. (Ed.), Supersymmetry and its applications (pp. 135-142). Cambridge Univ. Press.
Lee, T., & Catto, S. (1986). Discrete Mechanics. In Zichichi, A. (Ed.), How far are we from the Guage Forces (pp. 15-92). Plenum Press.
Catto, S., & Gursey, F. (1984). Effective hadronic supersymmetry. In Domokos, G., & Kovesi-Domokos, S. (Eds.), Particles and Gravity (pp. 46-66). World Scientific Co..
Government Reports or Monographs
Catto, S. (2021). Role of Quaternions, Octonions, Jordan and Related Algebras in Physics. Proc. Am. Math. Soc., 2021.
Presentations
Catto, S. (2015, August 20). Octonions, Dynamical Supersymmetry and Mappings of Geometries, Ancient and Modern. International Conference on Mathematical Physics, Dubna, Russia.
Catto, S. (2014, December 17). Dynamical Supersymmetry: New Mass Formulas for Hadrons. Winter School, University of Miami (Coral Gables Conferences).
Catto, S. (1995, February 14). Some Remarkable Lattices and Division Algebras. : Rockefeller University.
Catto, S., & Tepper, D. (1994, December 31). Adv. Appl. Clifford Alg4, (S1): 23.
Catto, S. (1994, December 31). Hadronic Supersymmetry Schemes. : University of Wisconsin.
Catto, S., Huntley, J., & Tepper, F. (1994, December 31). The Selberg Conjecture for S13(Z). Proceedings of the XXII Differential Geometric Methods in Theoretical Physics.
Catto, S. (1994, June 30). Covariant Quantization of Superstrings. International Colloquium on Strings and Symmetries. Istanbul, Turkey
Catto, S. (1994, May 31). From Number Theory to Superstrings. : Rockefeller University.
Catto, S. (1994, April 30). Split Octonion Algebra and Hadronization. American Physical Society Meeting. Washington, DC
Catto, S. (1994, December 31). Role of Heavy Quarks in Supersymmetric Meson-Baryon Spectroscopy. : University of Montreal.
Catto, S. (1993, June 30). Octonionic Groups and Internal Symmetries. Gainesville, FL: University of Florida.
Catto, S. (1993, February 28). New Hadronic Mass Formulae. : University of California at Berkeley.
Catto, S. (1993, September 28). The Selberg Conjecture for SL(3Z). : Universidad National Autonoma de Mexico.
Catto, S. (1993, September 30). . XXII DGM Conference. Quantization of Covariant Superstrings
Catto, S. (1993, September 30). Super Kahlerian Structures in Mathematics and Physics. Coral Gables, FL: University of Miami.
Catto, S. (1993, November 6). Instantons and Non-linear Sigma Models. : Penn State University.
Catto, S. (1993, November 30). Covariant Superstrings and Octonions. : University of New Hampshire.
Catto, S. (1993, December 31). J. Mod. Phys A. (Proc. Supp.), 3A: 571.
Catto, S., & Gursey, F. (1993, December 31). Anales de Fiscia Monografias, 2:76.
Catto, S. (1993, December 31). Division Algebras and Superstring Symmetries. : University of Southern California.
Catto, S. (1993, May 27). Color Algebras and QCD. Madison, WI: University of Wisconsin.
Catto, S. (1993, May 15). New Formulations of Quantum Mechanics: Octonionic Quantum Mechanics as a Possible Basis for Internal Symmetries of Nature. 109th Annual Meeting of the Conference on Methods in Philosophy and Sciences. New York, NY: The New School.
Catto, S. (1993, April 30). Electron-Phonon Dynamics. Annual Meeting of the American Physical Society. Washington, DC
Catto, S. (1993, April 15). Octonions, Supersymmetry and Color. Annual Meeting of the American Physical Society. Washington, DC
Catto, S. (1993, April 2). Euclidian Instantons. : Yale University.
Catto, S. (1993, July 9). Diquark Physics: New Developments and Prospects. CEBAF Facility, Newport News, VA
Catto, S. (1992, June 30). Effective Hamiltonian of the Relativistic Quark Model. International Conference on the Structure of Mesons and Baryons: Baryons '92. : Yale University.
Catto, S. (1992, June 30). Instanton Solutions in N=2 Chiral Superfields. International Conference for Theoretical Physics. Trieste, Italy
Catto, S. (1992, June 30). Miyazawa Symmetry: Twenty Five Years Later. Institute of Theoretical Physics Colloquia. : University of Tokyo.
Catto, S. (1992, June 30). Hadronic Supersymmetry Revisited. Paris, France: Ecole Normale Superiore.
Catto, S. (1992, June 30). Hadronic Mass Formulae. : University of Madrid.
Catto, S. (1992, June 30). Dynamical Supersymmetry and Spectrum Generating Algebras. Group Theoretical Methods in Theoretical Physics. Salamanca, Spain
Catto, S. (1992, August 3). Supersymmetry Based on SU(m/n) Supergroups. International Meeting on Symmetries in Science: From Rotation Group to Quantum Algebras. Bregenz, Austria
Catto, S. (1992, August 3). Dynamical Origins of Hadronic Supersymmetry. Munich, Germany: Max Planck Institute.
Catto, S. (1992, October 31). Diquark Physics: New Hedronic States. : Harvard University.
Catto, S. (1992, November 30). Euclidean Instantons. : University of Connecticut, Storrs.
Catto, S. (1992, June 30). Lectures on Hadronic Supersymmetry. : Chinese Academy of Sciences.
Catto, S. (1992, May 31). Search for Diquarks at the Superconducting Super Collider SSC. Collider Physics. Waxahachie, Texas
Catto, S. (1992, June 30). Scalar Spinor Theoriesin Four Dimensions: Euclidean Instantons and Solitons. Tianjin City, Peoples Republic of China
Catto, S. (1992, June 30). Nonlinear Sigma Models and their Embeddings in Kahler and SuperKahler Geometries. : University of Milan.
Catto, S. (1992, June 30). Conformally Flat Einstenian Manifolds: Generalized Multi-Instanton Solutions. Mathematics Colloquium. Paris, France: IHES, Bur Sur Yvette.
Coronel, V., Beshers, F., & Catto, S. (1990, December 31). Magnetomechanical measures of internal stress. 8th International Conference on the Strength of Metals and Alloys.
Catto, S. (1990, February 5). Algebraic structures in physics. Yorktown Heights: IBM.
Catto, S., & Gursey, F. (1990, April 16). Supersymmetric chiral models and their geometrical aspects. Washington, DC: Amer. Phys. Soc..
Catto, S. (1990, April 17). A model of electron-phonon dynamics. Washington, DC: Amer. Phys. Soc..
Catto, S. (1989, July 6). . International Meeting of Differential Geometric Methods in Physics. Tahoe City
Catto, S. (1989, July 10). Chiral superfield construction instantons. Davis, CA: University of California - Davis.
Catto, S. (1989, October 5). Probing the diquark. New Haven, CT: Wright Nuclear Structure Laborotory.
Catto, S. (1989, November 14). Is there a diquark?. : Rockefeller University.
Catto, S., & Chelsey, D. (1989, May 1). Split and twisted octonions and their symmetry groups. Baltimore, MD: Amer. Phys. Soc..
Catto, S. (1989, December 15). New developments in high energy physics - the superworld. : New York Institute of Technology.
Catto, S. (1988, November 4). Algebra of color symmetry. New York, NY: Columbia University.
Catto, S. (1988, September 1). Diquarks, glueballs and exotics from U(6/21). Workshop on Exotics. : Brookhaven National Laborotory.
Catto, S. (1988, February 11). Nonlinear differential equations in physics-exact solutions. New York, NY: Baruch College.
Catto, S. (1988, March 17). Octonionic supersymmetry schemes. Philadelphia, PA: Temple University.
Catto, S. (1988, May 25). Supersoliton solutions from conformally invariant supersymmetric field theories. International Symposium on Space-Time Symmetries. : University of Maryland.
Catto, S. (1988, August 19). Supersymmetry and its applications. Theoretical Physics Colloquium. : Kings College, London.
Catto, S. (1988, August 18). Conformal invariant non-linear supersymmetric field equations. International Conference on Geometric Methods in Theoretical Physics. : University of Liverpool.
Catto, S. (1988, August 5). A QCD path to an effective broken supersymmetry in the quark model. International Conference on Excited Baryons. Troy, NY: Rensselaer Polytechnic Institute.
Catto, S. (1988, June 27). Geometric approach to the solutions of conformal invariant non-linear field equations in supersymmetric field theories. International Colloquium on Group Theoretical Methods in Physics. : University of Montreal.
Catto, S. (1987, July 31). Instantons in higher dimensional field theories. XVI International Colloquium on Group Theoretical Methods.
Catto, S. (1987, May 31). Supersolitons in field theory. International Workshop on Lorentz Transformations and Space-Time Geometry. College Park, MD: University of Maryland.
Catto, S. (1987, March 19). Observations of EMF due to stress induced variation of the magnetic flux in demagnetized iron. : Amer. Phys. Soc..
Catto, S., Conlico, S., & Min, S. (1987, March 16). Hadronic supersymmetry with relativistic equation of two body system. : Amer. Phys. Soc..
Catto, S. (1986, February 28). New developments in hadronic spersymmetry. High Energy Physics Seminar. : University of Cincinatti.
Catto, S. (1986, November 30). Supersymmetric physics. : Manhattan College.
Catto, S. (1986, November 30). Supersymmetric field theories and phenomenology. Theoretica Physics Colloquium. Philadelphia, PA: Temple University.
Catto, S. (1986, October 31). Effective quark-diquark supersymmetry and splitting of Regge trajectories. International Colloquium on Group Theoretical Methods in Physics. Philadelphia, PA: Drexel Institute.
Catto, S. (1986, October 31). Role of octonions in hadronic physics. Theoretical Physics Seminar. : Yale University.
Catto, S. (1986, August 31). Hadronic supersymmetry schemes. International Workshop on Hadronic Physics. Paris, France: Ecole Normale Superieur.
Catto, S. (1986, July 31). On effective hadronic supersymmetry schemes: String-like configurations of hadrons and their algebraic description. XVII International Conference on High Energy Physics. : University of California at Berkeley.
Catto, S. (1986, May 31). Octonionic hadronic supersymmetry and linearly rising Regge trajectories. First International Conference on the Physics of Phase Space. College Park, MD: University of Maryland.
Catto, S. (1986, May 31). What's new in high energy physics. Mathematics Colloquium. New York, NY: Baruch College.
Catto, S. (1986, May 31). New theoretical results on magneto mechanical damping. : School of Mines, Columbia University Department of Engineering and Applied Sciences.
Catto, S. (1986, May 31). Phenomenological hadronic supersymmetry. Crystal City, VA: Amer. Phys. Soc..
Catto, S. (1985, September 30). Quark-diquark symmetry. Southern Connecticut State University: Physics Club.
Catto, S. (1985, September 26). Relativistic hadronic supersymmetry. Theoretical Physics Seminar. Yale University
Catto, S. (1985, April 30). Octonionic effective supersymmetry. Washington, DC: Amer. Phys. Soc..
Catto, S. (1985, August 31). Relativistic treatment of hadronic supersymmetry. Theory Seminar (Faculty). Paris: Ecole Superieure.
Catto, S. (1985, August 31). Hadronic Supersymmetries. : Physics Department, Fordham University.
Catto, S. On effective hadronic supersymmetry schemes: String like configurations of hadrons and their algebraic description. XIII International Conference on High Energy Physics.
Other Scholarly Works
Catto, S. (2016). 76616.
Catto, S., & Tang, H. (1990). A model of electron phonon dynamics. 35983.
Catto, S., & Gursey, Y. (1990). Supersymmetric chiral models and their geometric aspects. 35983.
Catto, S., & Chelsey, D. (1989). Split and twisted octoions and their symmetry groups. 341143.
Catto, S., Beshers, D., & Coronel, V. (1988). Magnetomechanical damping.
Catto, S., Beshers, D., & Coronel, V. (1988). Magnetomechanical damping.
Catto, S. (1988). Supersolitons in higher dimensional field theories. 331175.
Catto, S. (1987). Hadronic supersymmetry with relativistic equation of two-body system.
Catto, S. (1987). Observation of EMF due to stress-induced variation of the magnetic flux in demagnetized iron. 32925.
Catto, S. (1986). Phenomenological hadronic supersymmetry. 31844.
Catto, S. (1985). Octoionic effective supersymmetry. 30720.
Catto, S. (1983). Induced chiral symmetry of nuclear forces. B41508-526.
Research Currently in Progess
Catto, S.(n.d.). Hadronic Supersymmetries Based on Octonions. In Progress.
Hadronic Supersymmetries Based on Octonions. Proceedings of Non-Associative Algebras and Their Applications. Edited by L.Sabinin (Cuernavaca, Mexico).
Title | Funding Agency Sponsor | Start Date | End Date | Awarded Date | Total Funding | Status |
---|---|---|---|---|---|---|
Exceptional Groups and Search for Higher Symmetries | PSC-CUNY 45 | 07/01/2014 | 06/30/2015 | 04/15/2014 | 0 | Completed |
Grand Cofluent Hypergeometic Functions and Applications | PSC-CUNY 44 | 07/01/2013 | 06/30/2014 | 04/15/2013 | 3498.4 | Completed |
Octonionic Aspects of Supersymmetric Theories | PSC-CUNY 38 | 07/01/2007 | 06/30/2008 | 3803 | Completed |
Honor / Award | Organization Sponsor | Date Received | Description |
---|---|---|---|
Chair | VIII International Wigner Symposium in Mathematical Physics | 2003 | Served as Chair of the VIII International Wigner Symposium in Mathematical Physics. Permanent Member of the International Advisory Board. |
Panel Member on Hollywood and Science | International Hamptons Film Festival 2003 | 2003 | |
Member | International Counsel for Development of Science and Technology in Peru | 1998 | Member since 1988. |
Member, International Advisory Board | Gursey Symposia on Particles and Strings | 1991 | Member 1991 to Present. |
Chair, International Colloquium on Differential Geometric Methods in Theoretical Physics | 1991 | Permanent member of the International Advisory Board | |
Release Time for Research | Baruch College | 1987 | |
Release Time for Research | Baruch College | 1986 | Spring and Fall 1986 |
Winner of the Benjamin W. Lee Scholarship as Best Young Theoretical Physicist of 1983 | International School of Sub-Nuclear Physics | 1983 | Three referees were Nobel Laureates. Referees included: Professors T. D. Lee, S. L. Glashow, E. Wigner, C. Rubbia and Professor Z. Zichichi of CERN. |
Fellowship | Aspen Center for Theoretical Physics | 1979 | |
Second Place Winner | Eastern United States Intercollegiate Mathematics Competitions | 1969 | |
National Honors Program Fellowship | CSUI-ANL | 1968 | |
Member, International Advisory Board | International Colloquia on Differential Geometric Methods in Theoretical Physics | 1991 to Present | |
Graduate Fellowships | Yale University | 1976-1979 | |
A. W. Wright Fellowship | 1979 -1984 | ||
Permanent International Advisory Board Member | International Colloquia on Differential Geometric Methods in Theoretical Physics | 1991 to Present |
Department
Committee Name | Position Role | Start Date | End Date |
---|---|---|---|
Committee on Faculty Research Facilities | Committee Member | 1/1/1986 | Present |
Honors Committee | Committee Member | 1/1/1986 | Present |
Curriculum Committee | Committee Member | 1/1/1985 | Present |
Departmental Executive Committee | Committee Member | 1/1/1989 | 12/31/2001 |
Deputy Chair/Physics | Deputy Chair | 1/1/1989 | 12/31/2001 |
Search Committee for New Faculty | Committee Member | 1/1/1989 | 12/31/2001 |
College
Committee Name | Position Role | Start Date | End Date |
---|---|---|---|
PSC | Vice Chair | Present | |
Curriculum Committee | Committee Member | Present | |
Committee on Faculty Research Facilities | Committee Member | Present | |
Honors Committee | Committee Member | Present | |
PSC Delegate Assembly | Alternate Delegate | 12/31/2001 | |
Deputy Chair/Physics | Deputy Chair | 12/31/2001 | |
Departmental Executive Committee | Committee Member | 12/31/2001 | |
Search Committee for New Faculty | Committee Member | 12/31/2001 | |
Committee on Research and Travel | Committee Member | 12/31/1993 | |
PSC Delegate Assembly | Alternate Delegate | 12/31/1990 | |
Feit Seminar Committee | Committee Member | 12/31/1989 | |
Education Policy and Utilization Committee | Committee Member | 12/31/1988 |
University
Committee Name | Position Role | Start Date | End Date |
---|---|---|---|
Doctoral Faculty | Faculty Member in Physics | 1/1/2002 | Present |
Ph.D. Program in Physics | Executive Officer | 1/1/2002 | Present |
Doctoral Faculty, Physics | Member of the physics doctoral faculty | 1/1/1989 | Present |
PSC-CUNY Faculty Research Panel | 1/1/1990 | Present | |
Ph.D. Thesis Committees | Committee Member | 1/1/2002 | Present |
Public
Organization | Position Role | Organization State | Organization Country | Start Date | End Date | Audience |
---|---|---|---|---|---|---|
Thesis Committees | Committee Member | 1/1/1991 | Present | |||
New York Academy of Sciences | Member | 1/1/1986 | Present | |||
American Institute of Mechanical Engineers | Member | 1/1/1985 | Present | |||
American Physical Society | Member | 1/1/1976 | Present | |||
Inst. Electrical and Electronic Engineers | Member | 1/1/1975 | Present | |||
Twentieth International Conference on Differential Geometric Methods in Theoretical Physics | Program Organizer | 6/30/1991 |