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Curriculum Vitae: Tristan Hübsch

Born: 1958, December 22nd in Novi Sad, Yugoslavia

Address:

Education:

Spring/Summer-School and Workshop Participation:
• International Summer-School in High Energy Physics, Kupari, Yugoslavia; 9/80.
• International Summer-School in High Energy Physics, Kupari, Yugoslavia; 9/81.
• International Conference on Phenomenology of Unified Theories, Dubrovnik, Yugoslavia; 5/83.
• III Adriatic Meeting: Supersymmetries and Supergravities, Dubrovnik, Yugoslavia; 6/83.
• International Summer-School in High Energy Physics, Kupari, Yugoslavia; 9/83.
• Spring Workshop on Supersymmetry and Supergravity, ICTP, Trieste, Italy; 4/84.
• Summer Workshop on High Energy Physics and Cosmology, ICTP, Trieste, Italy; 6–8/85.
• II Workshop on Fundamental Physics, Humacao, Puerto Rico, USA; 3/86.
• International Conference on Nuclear Structure, Reactions and Symmetries, Dubrovnik; Yugoslavia, 6/86.
• IV Adriatic Meeting: Supersymmetry and Superstrings, Dubrovnik, Yugoslavia; 6/86.
• Summer Workshop on High Energy Physics and Cosmology, ICTP, Trieste, Italy; 6–8/86.
• Summer Workshop on High Energy Physics and Cosmology, ICTP, Trieste, Italy; 6–8/87.
• Summer School on High Energy Physics and Cosmology, ICTP, Trieste, Italy; 6–8/88.
• XIII International School of Theoretical Physics, Szczyrk, Poland; 9/89.
• Workshop on Mirror Symmetry, Berkeley, CA, USA; 5/91.
• AMS Meeting Special Session on Mirror Symmetry, Lexington, KY; 3/94.
• Workshop on Mirror Symmetry, Stillwater, OK, USA; 3/95.
• The JAMI Conference on Birational Geometry, Baltimore, MD, USA; 4/96.
• SUSY 96 Conference, College Park, MD, USA; 5–6/96.
• Conformal Field Theory Workshop, Oberwolfach, Germany; 6/96.
• Integrable Models and Strings Workshop, Hannover, Germany; 6/96.
• AAPT New Faculty Workshop, College Park, MD; 10–11/96.
• Workshop on Geometry and Physics, Hsinchu University, Hsinchu, Taiwan, 7/98.
• Title III Workshop: Changing the Face of Education In the Millennium and Beyond, San Diego, 12/98.
• “Geometric Transitions” Workshop, Caltech-USC Center for Theoretical Physics, Los Angeles, 01/02.
• Annual Conference of the National Society of Black Physicists, Atlanta, GA, 02/03.
• 9th Adriatic Meeting: “Particle Physics and the Universe”, Dubrovnik, Croatia, 09/03.
• International Conference for Physics Students, Novi Sad, Serbia & Montenegro, 08/04.
• K-theory and Supersymmtery: Mathematics & Physics Workshop, University of Washington, Seattle, 02/05.
• AMS Meeting, Special Session: “K-theory in M-theory”, University of Oregon, Eugene, 11/05.
• BIRS Workshop: Off-shell Supersymmetry via Graph Theory and Superspace (2nd D.F. Ghil Workshop), BANFF, Canada, 07/06.
• 3rd D.F. Ghil Workshop, University of Washington, Seattle, 06/07.
• Workshop on Supersymmetry, Graphs, and Codes at Pepperdine University, Pepperdine University, Malibu, 09/07.
• Geometric Analysis: Present and Future, Harvard University, Cambridge, MA, 08/27/08–09/01/08.
• VA-DC-MD String and Particle Theory Meeting, Charlottesville, October 6, 2012.
• Topical Conference on Elementary Particles, Astrophysics, and Cosmology, Fort Lauderdale, December 13–20, 2012.
• Focus Program on Topology, Stratified Spaces and Particle Physics & Workshop on Singular Spaces in String and M-theory
  The Fields Institute for Research in Mathematical Sciences, University of Toronto, Canada, August 15–19, 2016.
• Southeastern Regional Mathematical String Theory Meeting, Virginia Tech. University, Blacksburg, VA, October 07, 2017.
• String Theory, Geometry and String Model Building, Mainz Institute for Theoretical Physics, Mainz, Germany, September 10–21, 2018.
• (Virtual) Strings 2020, Cape Town, South Africa, 06/29/2020–07/03/2020.
• String Math 2020, Cape Town, South Africa, 07/27/2020–07/31/2020.
• String Math 2021, IMPA, Rio de Janeiro, Brazil, 06/14–18/2021.
• Strings 2021, ICTP-SAIFR, São Paulo, Brazil, 06/21–07/02/2021.
• Mathematical Dialogues: Celebrating the 110th Anniversary of the Birth of Prof. S.-S. Chern, Nankai University, Tianjin, China, 08/2–13/2021.
• Southeastern Regional Mathematical String Theory Meeting, Duke University, Durhman, NC, 10/08/2022.
• Miami Topical Physics Conference, Department of Physics, Miami University, Coral Gables, FL, 12/14–20/2022.

Positions Held

(listed in chronological order of start time, with current positions in boldface)

    • Postdoctoral Associate, 09/1987–09/1990.

Theory Group, Physics Department, University of Texas, Austin, TX 78712, USA

    • Research Associate, 01/1988–05/2002

Institute “Rudjer Bošković”, Bijenička 54, 41000 Zagreb, Croatia.

    • Postdoctoral Fellow, 09/1990–09/1992.

Harvard University Mathematics Department, Cambridge, MA 02138, USA

    • Postdoctoral Affiliate, 06/1991–09/1992.

Harvard University Physics Department, Cambridge, MA 02138, USA

    • Visiting Lecturer, 09–11/1991.

The National Tsing-Hua University at Hsinchu, Taiwan, R.O.C.

    • Assistant Professor, 08/1992–05/1994

Howard University Physics & Astronomy Department
Washington, DC 20059, USA

    • Associate Professor, 06/1994–06/2001 (tenured: Summer 1997)

Howard University Physics & Astronomy Department
Washington, DC 20059, USA

  ✶ Adjunct Professor, 06/1995 – present

Howard University Mathematics Department Washington, DC 20059, USA

    • Research Associate, 12/1996–01/1997, 03/1997

Harvard University Mathematics Department, Cambridge, MA 02138, USA

    • Visiting Scholar, 01/1998–12/2000

Institute for Theoretical Physics, Santa Barbara, CA 02138, USA

  ★ Professor, 6/2001 – present

Howard University Physics & Astronomy Department Washington, DC 20059, USA

    • Visiting Scholar, Fall 2000

CIT-USC Center for Theoretical Physics, University of Southern California, Los Angeles, CA 90089-2535

    • Visiting Scholar, 01/2004 - 12/2006

Kavli Institute for Theoretical Physics, Santa Barbara, CA 02138, USA

    • Adjunct Professor, 12/2004–12/2006

Strayer University, Manassas, VA 20169, USA

    • Professor, 01/2007–05/2008

Department of Applied Mathematics and Theoretical Physics (now within Department of Mathematical Sciences), Delaware State University, Dover, DE 19901, USA

  ✶ Visiting Professor, 12/2007 – present

University of Novi Sad, Faculty of Sciences, Department of Physics, Novi Sad, Serbia

  ✶ Research Professor, 09/2009 – present

University of Central Florida, Department of Physics, Orlando, FL

  ✶ Research Professor, 09/2015 – present

University of Maryland, Department of Physics, College Park, MD

Awards

Professional Memberships

Teaching and Lecturing  ^

Invited Lectures

  • Symmetries in Physics (joint lectures with D. Kapor)

at the University of Novi Sad, Yugoslavia; (Fall ’82).

  • Teaching assistant for various courses

at the University of Zagreb (’83–84.), Yugoslavia.

  • Teaching assistant for various courses

at the University of Maryland (’84–87.), College Park, MD 20742 USA

  • Lectures at the Summer Workshop in High Energy Physics and Cosmology

at ICTP, 07/86, Trieste, Italy.

  • Lectures at Summer Workshop in High Energy Physics and Cosmology

at ICTP, 07/87, Trieste, Italy.

  • Lectures at the XIII International School of Theoretical Physics, 09/89

Szczyrk, Poland.

  • Course on Supersymmetry and Superstrings, Fall ’91

at The National Tsing-Hua University at Hsinchu, Taiwan, R.O.C.

Harvard University

Undergraduate Courses

Course Calculus II (with O. Bretscher), Summer ’92

Howard University

Undergraduate Courses

PHYS-001: General Physics I, Summer ’06, ’08–12.
PHYS-002: General Physics II, Summer ’06–12.
PHYS-008: General Physics for Architects, Summer ’94, ’02, Fall ’18.
PHYS-013: Physics for Scientists and Engineers I, Fall ’01.
PHYS-014: Physics for Scientists and Engineers II, Spring ’02.
PHYS-015: Introduction to Modern Physics, Spring ’00.
PHYS-023: General Physics Laboratory, Fall ’94.
PHYS-092: Dept. Honors (senior), Fall ’95.
PHYS-178: Electricity and Magnetism I, Fall ’92.
PHYS-179: Electricity and Magnetism II, Spring ’93.
PHYS-192: Introduction to Mathematical Physics I, Fall ’92–97, ’04–06, ’08–25.
PHYS-193: Introduction to Mathematical Physics II, Spring ’93–98, ’05–06, ’09–25.

Graduate Courses

PHYS-204: Electricity and Magnetism I, Fall ’92.
PHYS-205: Electricity and Magnetism II, Spring ’93.
PHYS-214: Electromagnetic Theory I, Fall ’15–17, ’21–25.
PHYS-215: Electromagnetic Theory II, Spring ’16–18, ’22–25.
PHYS-216: Mathematical Methods I, Fall ’92–97, ’04–06, ’08–25.
PHYS-217: Mathematical Methods II, Spring ’93–98, ’05–06, ’09–25.
PHYS-220: Quantum Mechanics I, Fall ’93–06, ’08–14.
PHYS-221: Quantum Mechanics II, Spring ’94–06, ’09–16.
PHYS-228: Fundamental Particle Physics I, Fall ’11.
PHYS-229: Fundamental Particle Physics II, Spring ’12.
PHYS-238: Theoretical Physics I, Fall ’98–00.
PHYS-239: Theoretical Physics II, Spring ’99.
MATH-245: Methods of Applied Math. I, Fall ’96–97, ’05.
MATH-246: Methods of Applied Math. II, Spring ’97–98, ’06.
PHYS-266: Advanced Mathematical Methods I, Fall ’02.
PHYS-267: Advanced Mathematical Methods II, Spring ’03.
PHYS-279: Advanced Field Theory I, Spring ’05.
PHYS-281: Introduction to High Energy Physics, Spring ’93.

Strayer University

Undergraduate Courses

MAT100: Fundamentals of Mathematics, Q3,4 ’05.
MAT105: Introduction to College Mathematics, Q2 ’06.
MAT200: Fundamentals of Mathematics, Q1,2 ’05, Q1 ’06.

Graduate Courses:

MAT450: Quantitative Methods, Q1–4 ’05, Q1,4 ’06.

Delaware State University

Undergradaute Courses

MATH-121: College Algebra, Spring ’07.
MATH-351: Differential Equations, Spring ’07.

Graduate Courses

MATH-551: Ordinary Differential Equations, Fall ’07.
MATH-641: Combinatorics, Spring ’07–’08.
PHYS-525: Thermodynamics and Kinetic Theory, Spring ’08.
PHYS-655: Computational Methods, Fall ’07.
MATH-871: Complex Analysis II, Spring ’08.

University of Novi Sad

BSc/MSc Program Course

High-Energy/Elementary Particle Physics (two-week block-course), Spring ’09–20.

Invited Talks  ^

1. Non-minimal SU(5)-model with a 75
International Summer-School in High Energy Physics Kupari, Yugoslavia; 09/83.
2. Elementary Particle Physics and Gauge Theories
Summer Camp “Letenka”, University of Novi Sad, Yugoslavia; 06/84.
3. Frontiers of Contemporary Elementary Particle-Cosmology
University of Novi Sad, Yugoslavia; 12/85.
4. Preons from Superstrings
Second Workshop on Fundamental Physics Humacao, Puerto Rico; 3/86.
5. Calabi-Yau Manifolds
University of Vienna, Austria; 6/86.
6. Theory of Unified Nuclei?
International Conference on Nuclear Structure, Reactions and Symmetries, Dubrovnik, Yugoslavia; 6/86.
7. Construction of Calabi-Yau Manifolds
IV Adriatic Meeting, Dubrovnik, Yugoslavia; 6/86.
8. Manifold Compactification of Superstrings
Summer Workshop in High Energy Physics and Cosmology, ICTP, Trieste, Italy; 6/86.
9. Do Superstrings Lead to Quarks or Preons ?
University of Crete, Iraklion, Greece; 6/87.
10. Superstrings on Calabi-Yau Manifolds
University of Crete, Iraklion, Greece; 6/87.
11. Polynomial Deformations and Cohomology on Calabi-Yau Manifolds
» Summer Workshop in High Energy Physics and Cosmology, ICTP, Trieste, Italy; 6/87
» University of Texas at Austin, Austin, TX, USA; 9/87
» University of Texas A&M, College Station, TX, USA; 9/87.
12. Phenomenology of Superstring Theories
Institute “Rudjer Bošković”, Zagreb, Yugoslavia; 6/87.
13. Superstrings and Cohomology of Calabi-Yau Manifolds
University of Maryland, College Park, MD, USA; 9/87.
14. Possible Transitions Among (Many of) Calabi-Yau Vacua
» CERN, Geneva, Switzerland; 6/88;
» Summer School on High Energy Physics and Cosmology, ICTP, Trieste, Italy; June-6/88.
15. Finite Distances Between Distinct Calabi-Yau Vacua
California Institute of Technology, Pasadena, CA, USA; 6/88.
16. Connected Calabi-Yau Compactifications
» University of Maryland, College Park, MD, USA; 9/89;
» Fermilab, Batavia, USA; 6/89.
17. Unified Calabi-Yau Compactifications
» Institute “Rudjer Bošković”, Zagreb, Yugoslavia; 6/89;
» the Enrico Fermi Institute, Univ. of Chicago, Chicago, USA; 6/89.
18. Sigma-Model vs. Point Field Description of Compactification
Institut für Theoretische Physik, Universität Wien, Wien, Austria; 9/89.
19. Chameleonic Sigma-Models
» Harvard University, Cambridge, MA, USA; 6/90;
» The Los Alamos Theory Group, Los Alamos, NM, USA; 6/90.
20. Topology Changing Sigma-Models
Oklahoma State University, Norman, OK, USA; 6/89.
21. Realistic Superstring Compactifications
Oklahoma State University, Norman, OK, USA; 6/89.
22. Elusive Conifolds (Sick Landau-Ginzburg Models)
Harvard University, Cambridge, MA, USA; 6/90.
23. Cohomology Computation through Advanced Magic
Harvard University, Cambridge, MA, USA; 6/90.
24. Web of Topologically Distinct Calabi-Yau 3-Folds
MIT, Cambridge, MA, USA; 6/90.
25. Stringy Cosmic Strings
University of Pennsylvania, Philadelphia, PA, USA; 6/91.
26. Calabi-Yau Cosmic Yarn
Harvard University, Cambridge, MA, USA; 6/91.
27. Possibly Realistic String Theories
The National Tsing-Hua University Physics Dept., Hsinchu, Taiwan; 6/91.
28. Gravitation and Quantum Physics of the Real World: Strings
Academia Sinica, Taipei, Taiwan; 6/91.
29. A Generalized Construction of Mirror Models
Harvard University, Cambridge, MA, USA; 6/92.
30. Spacetime Variable Calabi-Yau Vacua
MIT, Cambridge, MA, USA; 6/92.
31. An SL(2)-Action and Lefschetz Decomposition of Jacobian Rings
Harvard University, Cambridge, MA, USA; 6/92.
32. On Springs, Strings and Sphinx
Howard University, Washington, DC, USA; October ’92.
33. Of Cosmic Yarn - Or, From Strings to Cosmic Strings
Howard University, Washington, DC, USA; December ’92.
34. Mirror Landau-Ginzburg Models
University of Pennsylvania, Philadelphia, PA, USA; 6/93.
35. Calabi-Yau Cosmic Strings
Institute for Advanced Study, Princeton, NJ, USA; April ’93.
36. The Mirror Symmetry of Manifolds with K=0 may Nevertheless be Trivial
AMS Meeting in Lexington, KY; 6/94.
37. Partition Functions for Supersymmetric and Calabi-Yau Models
University of Maryland, College Park, MD; April ’94.
38. Mirror Symmetry for Algebraic Varieties - Benefits from String Theory
Howard University, Washington, DC, USA; October ’94.
39. The Origins of Mirror Symmetry for Algebraic Varieties
Oklahoma State University, Stillwater, OK, USA; March 1995.
40. Life, Death and Resurrection of Chargeless Matter (from Superstrings)
University of Maryland, College Park, MD, USA; December ’95.
41. A Hitchhiker’s Guide to Superstring Jump Gates and Other Worlds
» University of Maryland, College Park, MD, USA; 6/96.
» Humbolt University, Berlin, Germany; 6/96.
42. A Stringy Singular Cohomology
Mathematische Institut, Oberwolfach, Germany; 6/96.
43. Generic and Unusual Superstring Vacua
Institut für Theoretische Physik, Univ. Hannover, Germany; 6/96.
44. A Hitchhiker’s Guide to Superstring Jump Gates and Other Worlds
Physics Department, University of Waterloo, Waterloo, Canada; 4/97.
45. Quantum Mechanics is Either Non-Linear of Non-Introspective
University of Waterloo, Waterloo, Canada; 4/97.
46. A Hitchhiker’s Guide to Superstring Jump Gates and Other Worlds
» Eötvös Loránd University, Budapest, Hungary; 6/97;
» Theory Division, CERN, Geneva, Switzerland; 6/97.
47. String Theory as a Theory of Mapping of Riemann Surfaces
Department of Mathematics, Howard University; 11/97.
48. The Lefschetz SL(2) Action and its Mirror
Department of Physics, Johns Hopkins University; 2/98.
49. Conifolds in the Linear Sigma Model
Department of Physics, Pennsylvania State University; 2/98.
50. Through Strings to Cosmic Strings, and Why
Math and Physics Clubs, Hampden-Sydney College; 3/98.
51. A Ubiquitous SL(2,C)² Mirror Symmetry in (2,2)-Supersymmetry
Workshop on Geometry and Physics, Tamkang University, Tamkang, Taiwan, 7/98.
52. The Category of Superstring Target Spaces
Workshop on Geometry and Physics, Hsinchu University, Hsinchu, Taiwan, 7/98.
53. Ubiquitous SL(2,C)² Mirror Symmetry in (2,2)-Supersymmetry
» Department of Physics, Hannover University, Hannover, Germany; 7/98;
» Department of Physics, Humbolt University, Berlin, Germany; 7/98.
54. A Hitchhiker’s Guide to Superstring Jump Gates and Other Worlds
Physics Department, University of Virginia, Charlottesville, VA, 9/98.
55. Warning: a (2,2)-Supersymmetric Epidemic!
» Institute for Theoretical Physics, University of California, Santa Barbara, CA,11/98;
» Department of Physics, CalTech, Pasadena, CA,12/98.
56. Warning: a (2,2)-Supersymmetric Epidemic is Spreading!
» Department of Physics, University of Florida, Gainesville, FL10/99;
» Department of Physics, University of Miami, Coral Gables, FL10/99.
57. SEUSS: Singular, Eclectic and Uncharted Stringy Spacetimes
» Department of Physics, CalTech, Pasadena, CA, 12/00;
» Department of Physics, Virginia Tech. University, Blacksburg, VA, 02/02.
58. Space-Time in String Theory and Related Models
» Institut fuer Physik, Vienna, Austria, 01/03;
» The “Rudjer Bošković” Institute of Physics, Zagreb, Croatia, 01/03.
59. de Sitter Brane Worlds from String Theory
Zavod za Fiziku, PMF, Zagreb, Croatia, 01/03.
60. Stringy Spacetimes - A Warp Ten Review
» Annual Conference of the National Society of Black Physicists, Atlanta, GA, 02/03;
» Mathematics Department, American University, Washington, DC, 02/03.
61. Stringy Brane Worlds Near Naked Singularities
9th Adriatic Meeting: "Particle Physics and the Universe", Dubrovnik, Croatia, 09/03.
62. de Sitter Brane Worlds from String Theory
Institut za Fiziku, Beograd, Serbia, 09/03.
63. Prostor-vreme-materija, s pogledom u novi milenijum (Space-Time-Matter, With a View Into the New Millennium).
University of Novi Sad, Novi Sad, Serbia, 09/03.
64. A Dynamical “ET” Censorship in Stringy Brane-Worlds
Department of Physics & Astronomy, Howard University, Washington DC, 10/03.
65. Stringy de Sitter Brane Worlds (Dressing Naked Singularities in a Little Nothing)
International Centre for Theoretical Physics, Trieste, Italy, 07/04.
66. (Super)Strings: A Theory of More Than Everything
International Conference for Physics Students, Novi Sad, Serbia & Montenegro, 08/04.
67. Supersymmetry in Superstrings’ Foundations
Department of Physics and Department of Mathematics, University of Washington, Seattle, 02/05.
68. On Superspace Description of Representations of Supersymmetry
AMS Meeting, University of Oregon, Eugene, 03/05.
69. On Graph-Theoretic Identifications of Adinkras, Supersymmetry Representations and Superfields
Department of Mathematics, Howard University, Washington, 01/06.
70. Graph Theory and Supersymmetry
Delaware State University, Delaware, 05/06.
71. Enough is Enough: Getting Susy to Behave
“BIRS Workshop: Off-shell Supersymmetry via Graph Theory and Superspace”, BANFF, Canada, 07/06.
72. A Picturebook of N-extended Supersymmetry in the 1-Dimensional World of Time
Department of Physics and Department of Mathematics, University of Washington, Seattle, 06/07.
73. Off-Shell Representations of Supersymmetry via Graphs, Topology and Codes
Department of Physics, Virginia Polytechnic Institute & State University, Blacksburg, 09/07.
74. Towards a Theory of (More Than) Everything, a mini-course
Department of Physics, School of Natural Sciences, Novi Sad, Serbia, 06/08.
75. Space-Time-Matter, at the Dawn of the Third Millennium
Planetarium, Novi Sad, Serbia, 06/08.
76. Superspace: An Algebraic Variety (invited talk at the “Geometric Analysis: Present and Future” conference)
Department of Mathematics, Harvard University, Cambridge, MA 09/01/08.
77. From Superstrings and Things to Everything Else and Beyond
Department of Physics, University of Central Florida, Orlando, FL, 09/11/08.
78. Building Blocks of Supersymmetry, a colloquium
Department of Physics, University of Central Florida, Orlando, FL, 09/12/08.
79. Extra! Extra! Extra Dimensions! Room Enough for Many Worlds! (@YouTube)
Department of Physics, University of Central Florida, Orlando, FL, 09/17/09.
80. A Realistic Superstring-Inspired Brane-World Cosmology
Department of Physics, University of Central Florida, Orlando, FL, 09/18/09.
81. On Springs, SuperThings and the Sphinx: a Quest for Dimensions
Department of Physics and Astronomy, Howard University, Washington, DC, 12/02/09.
82. Is Reality a Matrix?, a colloquium
Department of Physics and Astronomy, Howard University, Washington, DC, 2/17/10.
83. Through the Looking-Glass, and What Physics is Found There
Department of Physics and Astronomy, Howard University, Washington, DC, 11/17/10.
84. Rutherford-ovo otkrice atomskog jezgra: legat fundamentalne fizike
         (Rutherford’s discovery of the atomic nuclues: a legacy of fundamental physics)
Department of Physics, University of Novi Sad, Novi Sad, Serbia, 05/13/11.
85. Discovering the Nucleus of the Indivisible
Department of Physics, University of Central Florida, Orlando, FL, 09/29/11.
86. When License In Scientific Inquiry Turns Poetic,
Department of Physics, University of Central Florida, Orlando, FL, 09/30/11.
87. Through the Looking Glass, and What Mathematics Lurks There
Department of Mathematics, Howard University, Washington, DC, 01/27/12.
88. Božja čestica: delić koji nedostaje ili kost u grlu? (The God Particle: a Missing Piece or a Thorn in the Side?)
Festival nauke, Novi Sad, 12–13 Maj 2012.
89. Off-Shell Supermultiplets and Error Correcting Codes
VA-DC-MD String and Particle Theory Meeting, Charlottesville, October 6, 2012.
90. Off-Shell Supermultiplets
Topical Conference on Elementary Particles, Astrophysics, and Cosmology, Fort Lauderdale, December 13–20, 2012.
91. The Real Worlds-Wide-Web
SPS Zone 6 Meeting, University of Central Florida, Orlando, FL, April 12–14, 2013.
92. On Square-Roots of Nothing, Supersymmetry and Error-Correcting Encryption
Department of Mathematics, Bard College, Annandale-on-Hudson, NY, April 18, 2013
93. Kvantna supersimetrija i binarna enkripcija (Quantum Symmetry and Binary Encryption)
Department of Physics, University of Zagreb, Croatia, May 21, 2013
94. Mreža Calabi-Yau Mnogostrukosti (The Real World Wide Web)
The “Rudjer Bošković” Institute of Physics, Zagreb, Croatia, May 23, 2013
95. Effective Symmetries: Clues and Surprises
Department of Physcis and Astronomy, Howard University, Washington, DC, October 22, 2014.
96. Effective Symmetries: Signs, Signals and Surprises
Department of Mathematics, University of Central Florida, Orlando, FL, April 09, 2015.
97. Through the Looking Glass: When the Mirror Image Grows Up
Department of Physics, University of New Hampshire, Durham, NH, September 30, 2015.
98. Generalized Complete Intersections and Novel Calabi-Yau Varieties
Department of Mathematics, Howard University, Washington, DC, February 19, 2016.
99. Novel Ricci-Flat Ground States
Department of Physics and Astronomy, Howard University, Washington, DC, February 28, 2016.
100. Od stringova do ’brana i svega ostalog (From Strings and ’branes to everything else) [@YouTube]
Department of Physics, University of Novi Sad, Novi Sad, Serbia, May 13, 2016.
101. Sinhronicitet u matematičkim i fizičkim otkrićima: slučajnost ili smisao?
           (Sinchronicity in mathematical and physical discoveries: serendipity or significance?)
» Department of Mathematics, University of Novi Sad, Novi Sad, Serbia, May 14, 2016.
» Inaugural talk of the Society of Mathematicians of Novi Sad
102. Novel Calabi-Yau n-Fold Features and Constructions
Focus Program on Topology, Stratified Spaces and Particle Physics & Workshop on Singular Spaces in String and M-theory
   The Fields Institute for Research in Mathematical Sciences, University of Toronto, Canada, August 15–19, 2016.
103. Evidence for Non-Convex Mirror Manifolds
» Department of Physics, Virginia Tech. University, Blacksburg, VA, October 06, 2016;
» Department of Physics, Brown University, Providence, RI, December 14, 2016.
104. Novel Ricci-Flat Ground States, Part 2
Department of Physics and Astronomy, Howard University, Washington, DC, February 8, 2017.
105. Evidence for (Infinitely Diverse) Non-Convex Mirrors [video]
Southeastern Regional Mathematical String Theory Meeting, Virginia Tech. University, Blacksburg, VA, October 07, 2017.
106. Evidence for (Infinitely Diverse) Non-Convex Mirrors
String Theory, Geometry and String Model Building, Mainz Institute for Theoretical Physics, Mainz, Germany, September 10–21, 2018.
107. The Dark Side of String Theory [video]
» Department of Physics, University of Chicago, December 10, 2020.
» Miami 2020 Conference, University of Miami, December 15, 2020: [short version PDF]
» Department of Physics, Virginia Polytechnic Institute and State University, February 12, 2021.
108. Introspections on Quantum Introspection
Quantum Biology Laboratory, Howard University, October 26, 2021.
109. Non-Convex Mirror Models of Ricci-Flat Spaces
Miami Topical Physics Conference, Miami, Florida, December 19, 2021.
110. Laurent Mirror Models [video]
» JimFest Scientific Workshop, [videos], Simons Center for Geometry and Physics, Stony Brook, NY, April 13–15, 2022.
» Extended version: RIT on Geometry and Physics, Department of Mathematics, UMD, April 28 and May 5, 2022
111. Screening or Boosting (in Strong Interactions)
Honors Induction Ceremony (Math & Physics), University of Central Florida, Orlando, FL, April 26, 2022.
112. Laurent Smoothing, Turin Degenerations and Mirror Symmetry [YouTube, Vimeo]
School of Mathematical Sciences, University of Nottingham, Nottingham, UK, August 25, 2022.
113. Laurent Deformations of Mirror Models
Miami Topical Physics Conference, Department of Physics, Miami University, Coral Gables, FL, December 20, 2022.
114. Generalized Mirror Models Beyond Algebraic Toric Spaces
Southeastern Regional Mathematical String Theory Meeting, Virginia Tech. University, Blacksburg, VA, April 08, 2023.
115. Laurent-Desingularized Mirror Calabi-Yau Models
International Conference “Quantum Field Theory And Gravity”, Centre for Theoretical Physics, Tomsk State Pedagogical University, Tomsk, Russia, July 11, 2023.
116. Mirror Pairs of Calabi-Yau Spaces with Non-Convex Toric Specification
Special Session on New Trends in Mathematical Physics at AMS’ 2024 Spring Eastern Sectional Meeting, Department of Mathematics, Howard University, Washington, DC, April 6–7, 2024.
117. aDynkRA: a Dynkinesque Representation Attelier
MathScape 2024: The Mathematics of Supersymmetry, Department of Mathematics, Bard College, Annandale-on-Hudson, NY, August 12–16, 2024.
118. Mirror Calabi-Yau Hypersurfaces in Spaces of General Type
Department of Mathematics, Virginia Commonwealth University, Richmond, VA, November 15, 2024.
119. Beyond Algebraic Solutions to Stringy Spacetime
Nonlinearity, Nonlocality and Ultrametricity: International Conference on the Occasion of Branko Dragovich’s 80th Birthday; May 26–30, 2025, Belgrade, Serbia
120. Supersymmetric QM (& Fields)
Adinkra Hangout III; August 13–14, 2025, University of Maryland, College Park, MD
121. Tamna strana stringova (“The Dark Side of Strings,” in Serbian; PDF)
Astronomski Kamp Letenka (AKL) — Petnica; Sept. 19–21, 2025, Faculty of Natural Sciences, University of Novi Sad, Serbia and the Astronomical Society of Novi Sad, Serbia
122. Iza algebarskih rešenja strunastog prostor-vremena (“Beyond Algebraic Solutions of String Spacetime,” in Serbian)
» The Academy of Nonlinear Sciences of Serbia, June 18, 2026;
»  Faculty of Natural Sciences, University of Novi Sad, Serbia, June 23, 2026.
123. Beyond Algebraic Models of Stringy Spacetime: [YouTube, PDF]
The Unreasonable Effectiveness of Toric Geometry: Bridging Mathematics, Computation, and String Theory at the Erwin Schrödinger International Institute for Mathematics and Physics, Vienna, Austria July 8, 2026.

Service  ^

Howard University  ^

Department of Physics & Astronomy

AY 93–95, 21–25: Executive Committee
AY 93: Ad Hoc Committee
AY 96–99: Undergraduate Curriculum Committee
AY 02: Undergraduate Recruitment Committee
AY 17–25: Library Committee
AY 00–05: Seminar Committee (© AY 00)
AY 00–06, 12–16: Graduate Division and Program Director
AY 94–06, 08–16, 18–25: Graduate Curriculum Committee (© AY 98–00)
AY 00–06, 08–16, 18–25: Graduate Student Status Committee (© AY 18, 20–24)
AY 00–06, 08–16, 18–24: Graduate Student Admissions Committee
AY 94–98, 00–06, 08–15, 17–25: Qualifying Exam Committee (© AY 98, 00, 02)
AY 97–present : APT Committee (© AY 02, 08, 10, 19, 23)
AY 17–present : Anand P. Batra Memorial Scholarship Committee (© AY 17–present )

College of Arts and Sciences

AY 94–95: Readmissions and Academic Status Committee
AY 95–96: Academic Policy and Standards Committee
AY 98–00: Admissions Committee
AY 98–00: Alumni Awards and Honorary Degrees (© AY 00)
AY 11–14: Information Technology Committee

AY 15–18: Committee on Governance Constitution and Bylaws

AY 20–22: Appointments, Promotion and Tenure Committee

AY 17–21: Faculty Representative for Natural Sciences Division Executive Council

Graduate School

AY 00–02: Committee for the Constitution and By-Laws Revision

AY 02–03: Grievance Committee (© AY 02, 03)

AY 03: Financial Aid Allocation Committee

AY 20–23: Appointments/Reappointments Committee

University

AY 22–23: Director of University Libraries Search Advisory Committee

Theses and Dissertations   ( © = Committee Chair, @ = Advisor )

• Karuppasamy Sentrayan (Ph.D.; Adv. V.S. Kushawaha, 10/05/93)

Laser Induced Nonlinear Effects in Molecular Gases

• Arockiasamy Michael (Ph.D.; Adv. V.S. Kushawaha, 10/26/93)

Collision Induced Dissociative Processes Relevant to Mercury Halide Lasers and Atmospheric Chemistry

• Abdullahi Hashi Nur (Ph.D.; Adv. P. Misra, 11/22/94)

Laser Optogalvanic Spectroscopy and Laser-Induced Kinetics Studies Pertaining to the Metoxy Radical

• Mohammed M. Kamal (M.S.; Adv. P. Misra, 11/29/94)

FTIR Spectroscopy and Higher Resolution Laser Spectroscopy Associated with Alkoxy and Alkylthio Radicals

• Abbas Ali (Ph.D.; Adv. A. Kumar, 10/25/95; at Utkal University, Bhubaneswar, India)

Superconformal Symmetry and String Theory

© Abdul Rahman (©M.S.; Adv. W. Lowe and C. Bates, 04/15/96)

X-Ray Power Diffraction Analyses of Pt_xSi Phases in Composite Sputtering Targets ad Films

• Daniel Felten (M.S.; Adv. W. Lowe, 12/2/96)

X-ray Diffraction Measurements of the Tetragonal Distortion in Coherently Strained Ge_xSi_1–x / Si Overlayers

• Michael King (Ph.D.; Adv. P. Misra, 12/6/96)

Laser Spectroscopy and Chemical Kinetics Investigations of the Methoxy Radical

@ Paula Ann Günter (Ph.D. (math); Adv. T. Hübsch, 04/1/97)

Toric Calabi-Yau Varieties and Their Moduli Spaces

@ Raja Q. Almukahhal (Ph.D.; Adv. T. Hübsch, 04/4/00)

Gauging Yang-Mills Symmetries in 1+1-Dimensional Spacetime

• Avaine Strong (Ph.D.; Adv. P.M. Bainum, 10/23/00)

On the Deployment and Station Keeping Dynamics of N-Body Orbiting Satellite Constellations

© Yang Yang (*M.S.; Adv. S. Smith, 05/17/04)

Numerical Simulations for Hypersonic Base Flow about at Elliptical Cone

© Shewaferaw S. Shibeshi (*Ph.D.; Adv. W.E. Collins, 04/20/05)

Simulated Transport of Low Density Lipoproteins in a Permeable T-Junction

@ Abdul Rahman (Ph.D. (math); Adv. T. Hübsch, 03/17/06)

On the Construction and Cohomology of a Self-Dual Perverse Sheaf on Simple Stratified Spaces Motivated by String Theory; [arXiv:0704.3298].

© Angelina Amadou (*Ph.D.; Adv. P.M. Misra, 03/27/06)

Microphysical and optical Properties of Organic Aerosols and Their Relevance to Cloud Condensation Nuclei

• Johnny Batts (Ph.D.; Adv. P.M. Misra, 06/14/06)

Spectroscopic Measurements of the Concentration of Atmospheric Formaldehyde (CH2O) in Beltsville, Maryland

@ Ivailo E. Petrov (Ph.D.; Adv. T. Hübsch, 11/22/06)

On Unidexterous Matter and Gauge Fields

@ Aaron F. Roane (Ph.D.; Adv. T. Hübsch, 11/21/07)

Some Brane-World Cosmological Models

@ Tehani K. Finch (Ph.D.; Adv. T. Hübsch, 04/07/08)

Chronology, Supertubes and the BMPV Black Hole; [hep-th/0612085].

@ Mohammad K. Ahsan (Ph.D.; Adv. T. Hübsch, 04/07/08)

Four-Dimensional Spacetime Physics from Orbifold M-Theory; [arXiv:0810.4543].

• Caleb J. Ashley (Ph.D. (math); Adv. T. Drumm, 04/15/13)

Four-Dimensional Spacetime Physics from Orbifold M-Theory; [arXiv:0810.4543].

@ Gregory A. Katona (Ph.D.; Adv. T. Hübsch, 10/30/13; University of Central Florida)

Field Theoretic Lagrangian Stencils From Off-Shell Supermultiplet Gauge Quotients; [arXiv:1202.4342, arXiv:1308.0654 and arXiv:1310.3256].

© Philip Kurian (©Ph.D.; Adv. G. Dunston, 11/15/13)

Quantum Entanglement in the Genome? The Role of Quantum Effects in Catalytic Synchronization of Type II Restriction Endonucleases

@ Shawn K. Eastmond (Ph.D.; Adv. T. Hübsch, 04/06/15)

Off-Shell Supersymmetric World-Sheet Models with Interactive U_A(1) × U_B(1) Gauge Symmetries

@ Dr. Malik Mansoor (M.S.; Adv. T. Hübsch, 04/17/17)

Dark Matter & Dark Energy

• Anirban Goswami (Ph.D.; Adv. S. Guchait, 06/09/25)

Investigation of magnetic phase transition in layered van der Waals and non-van der Waals magnetic materials.

• Yong Cui (Ph.D. (math); Adv. A. Gholampour, 12/10/25; University of Maryland, College Park)

Equivariant Vector Bundles over Topological Toric Manifolds and Hirzebruch–Riemann–Roch Theorem.

Summer Programs

Minority Graduate Education Program, Summer 1999

• Muhammad G. Dawson (Physics Junior, Morehouse College)

Alliances for Graduate Education and the Professoriate, Summer 2000

• James T. Williams, Jr. (Physics Junior, Morehouse College)

REU in Physics at Howard University

• Dometrious Gordine (Virginia Union University), Summer 2014
• Nick Mertes (University of Miami, FL), Summer 2015

• Filip Bergabo (University of Connecticut, CT), Summer 2016

Creative work

• 1997–2006 & 2008–2017: Webmaster for the Department of Physics & Astronomy.

• Design and artwork for the Department of Physics & Astronomy undergraduate program brochure: inside and outside.

• Design and artwork for the Department of Physics & Astronomy logos 1 (one) and 2 (two).

• A Mathematica package for General Relativity, Einstein & All That (GREAT) sort of calculation.

• For posters for various lectures, colloquia and other events, please visit my Creative Gallery.

Delaware State University  ^

Media appearance on the 02/01/2007 WBOC morning show

announcing the DSU visit and presentation by 1997 Nobel laureate, Dr. William Phillips.

Faculty Leader, Jan. ’07 – May ’08 (first one ever appointed)

assigned to Jenkins Hall, within the Academic Enrichment program

Department of Applied Mathematics and Theoretical Physics

Spring 07: Strategic Planning Committee
AY 07: Chair – (Graduate) Curriculum Committee
AY 07: Faculty Senate representative of the Department

College of Mathematics and Natural Sciences

AY 07: Graduate Program Director

Theses and Dissertations   ( © = Committee Chair )

• Bing Han (M.S., G. Zhang, 04/13/07)

New Travelling Wave Solutions for the Camassa-Holm Equation

• Tia Vance (M.S., D. Pokrajac, 04/30/07)

Methods of Incremental Principal Component Analysis on Image Processing

© Imaobong Ekanem (©M.S., D. Pokrajac, 06/28/07)

Numerical Solutions of Tammes’ and Thompson’s Problem

University of Maryland  ^

RIT on Geometry and Physics

Co-host and presenter, 2014–present
see the project web-site for activity and presentations, current and archived.

General Scientific Community  ^

Journal Referee

Classical and Quantum Gravity (since 1986)
Acta Mathematica (since 2006)
Advances in Mathematical Physics (since 2011)
Advances in Theoretical and Mathematical Physics (since 2005)
Communications of Mathematical Physics (since 1990)
Foundations of Physics (2009)
International Journal of Modern Physics A (since 2014)
Journal of Geometry and Physics (2011)
Journal of High Energy Physics (since 2005)
Journal of Mathematical Physics (since 2010)
Journal of Physics A, G (since 1987)
Modern Physics Letters B (since 2013)
Nuclear Physics B (since 1992)
Physica A (since 1987)
Physica Scripta (since 2015)
Physics Letters B (since 98)
Physical Review D (since 1988)
Physical Review Letters (since 1989)
Symmetry (since 2015)
Universal Journal for Physics and Applications (since 2014)

Reviewer: Mathematical Reviews (1988–1997)

Proposal & Project Reviewer

American Institute of Physics/Physics Today Book Reviews (since 2014)
Chapman & Hall/CRC Press (since 2006)
CRC Press, Taylor & Francis Group (since 2021)
Ministry of Science, Education and Sports of the Republic of Croatia (since 2006)
Research Corporation for Science Advancement (since 2017)
University Science Books (since 2012)
U.S. Civilian Research and Development Foundation (since 2006)
Wiley-VCH GmBH (since 2022)

Co-organization

“GAP 2014: Geometry and Physics” conference, May 29–31, 2014,
  at the Pacific Institute for the Mathematical Sciences (PIMS) of the University of British Columbia in Vancouver, Canada

“Special Session on New Trends in Mathematical Physics” of the 2024 Spring Eastern Sectional Meeting of the AMS,
  April 6–7, 2024, at Howard University, Washington DC, USA

“Recent Progress in Computational String Geometry,” under the auspices of the Banff International Research Station
  January 26–31, 2026, at the Chennai Mathematical Institute, Chennai, India

General Community  ^

  • What is the Universe Made of ? (with K. Kumar)

ΦBK workshop for Washington DC Science Teachers; Howard University, Washington, DC, USA; 6/94.

Physics popularizing lectures with W.Pinkney, at the Oxon Hill High School, MD; 8/94

  • Physics popularizing lectures at the Gibbs Elementary School Career Awareness Day, Washington DC; 3/96.

  • Science project judging at the Harriet Tubman Elementary School Science Fair, Washington DC; 3/96.

  • Physics popularizing lectures at the Greenbelt Elementary School Career Focus Day, Greenbelt MD; 3/98.

  • Science demonstrations for the Science Discover Day, for Minority Women in Science, Washington DC Metropolitan Area Network; 3/00.

  • Prostor-vreme-materija, s pogledom u novi milenijum (Space-Time-Matter, with a View into the New Millennium)

popularizing article in Astronomija, University of Novi Sad, Serbia, 09/03.

  • (Super)Strings: A Theory of More Than Everything

International Conference for Physics Students, Novi Sad, Serbia & Montenegro, 08/04.

  • Space-Time-Matter, at the Dawn of the Third Millennium

Planetarium, Novi Sad, Serbia, 06/08.

  • From Superstrings and Things to Everything Else and Beyond

2008 Goldman Lectures in Mathematical Physics, (public talk for general audience) University of Central Florida, Orlando, FL, 09/11/08.

  • Extra! Extra! Extra Dimensions! Room Enough for Many Worlds!

Department of Physics, University of Central Florida, Orlando, FL, 09/17/09.

  • Discovering the Nucleus of the Indivisible Department of Physics,

University of Central Florida, Orlando, FL, 09/29/11.

  • Božja čestica: delić koji nedostaje ili kost u grlu? (The God Particle: a Missing Piece or a Thorn in the Side?)

Festival nauke, Novi Sad, 12–13 Maj 2012.

  • From Strings and Things to Everything Else and Beyond

The Immanuel Christian School, Springfield VA, March 03, 2015

As a host of the Nifty Fifty program (RIP);

  • From Strings and Things to Everything Else and Beyond

The George Mason High School, Falls Church City, VA, December 11, 2015

As a host of the Nifty Fifty program (RIP);

The Winston Churchill High School, Potomac, MD, February 25, 2016

  • The Building Blocks of the Theory of Everything

Blessed Sacrament School, Alexandria VA, March 22, 2018

As a host of the Nifty Fifty program (RIP);

Public Media  ^

  • Extra! Extra! Extra Dimensions: Room Enough for Many Worlds! (@YouTube)

  • 2009 Goldman Lectures in Mathematical Physics, (public talk for general audience)

University of Central Florida, Orlando, FL, 09/11/09.

  • Interview (Sept. 2009) in UCF’s TV program Zenith (@YouTube; starting 6 minutes into the segment)

  • Interview (May 2012) for RTV Vojvodina program “Dijalog kultura” by Drenka Dobrosavljević

Part 1: [ info | podcast-archive, also here | @YouTube ]
Part 2: [ info | podcast-archive, also here ]

  • Quora: answers by Tristan Hübsch

  • Kako su naši prijatelji (4) (Serbian; How are Our Friends (4)), Astronomski Magazin, 05/13/2020

  • Druga strana Tristana Hübscha (Serbian; The Other Side of Tristan Hübsch), Astronomski Magazin, 08/30/2021

  ★ The Biggest Physics Breakthrough in the Last 100 Years? (@YouTube) — Interview #261 @ World XP Podcast, 03/16/2026

  • Najveći proboj u fizici u poslednjih 100 godina? (Serbian; summary of the 03/16/2026 podcast on YouTube), Astronomski Magazin, 03/20/2026

Financial Support  ^

09/85–09/87: Research Assistant on a US National Science Foundation Grant

(PI: J.C. Pati and J. Sucher), at University of Maryland, College Park, MD

09/87–09/88: Postdoctoral Research Associate on The US National Science Foundation Grants

PHY8503890 (PI: P. Candelas) and PHY8605978 (P.I.: S. Weinberg), at University of Texas, Austin, TX

09/88–09/90: Postdoctoral Research Associate on The US National Science Foundation Grant

PHY8605978 (PI: S. Weinberg), at University of Texas, Austin, TX

06/90–09/92: Postdoctoral Research Associate, by The US Department of Energy Grant

DE-FG02-88ER-25065 (PI: S.-T. Yau), at Harvard University, Cambridge, MA

09/92–05/94: Consulting Research Associate on The US Department of Energy Grant

DE-FG02-88ER-25065 (PI: S.-T. Yau), at Harvard University, Cambridge, MA

06/93–09/93: PI on the internal Faculty Research Support Grant Program

Simple Molecular Spectra and Supersymmetric Ground States, at Howard University, Washington, DC.

10/93–12/93: Co-PI (PI: P. Misra) on a PEW Educational Trust Grant

Computer-Assisted Information Age Education for the Physics Department, through the Graduate School of Howard University, Washington, DC.

10/94–09/96: Co-PI (PI: L. Klein, Co-PI: K. Kumar) on The US Defense Nuclear Agency Contract

High-Z Atomic Physics Model Development, DNA001-94-C-0180 at Howard University, Washington, DC.

09/96–08/99: Co-PI (PI: D. Venable, Co-PI: A. Batra) on The US Department of Education MSIP Grant

Computer-Aided Improvement of Introductory Physics Courses for Science Students, at Howard University, Washington, DC.

06/94–05/12: PI on The US Department of Energy Grant

Superstrings and Quantum Superfields, DE-FG02-94ER40854 at Howard University, Washington, DC.

07/ 99–06/00: PI on the Funds for Academic Excellence Grant Program award

Development of On-Line Learning Yardsticks: Interactive Evaluation and Self-Evaluation Instruments, at Howard University, Washington, DC.

10/99–09/02: Co-PI (PI: D.Walton 99/00, Co-PI: A. Batra, 00-02) on The US Department of Education Grant

Distributed Education Workshop: Development of Web-Based and Computer-Aided Introductory Physics Course Content, at Howard University, Washington, DC.

08/05–05/07: Co-PI (PI: G. Dunston, co-PI: F. Berezovskaya, J. Leslie and J. Trimble) on the HU Mordecai Wyatt Johnson Grant

Linking the Structure of DNA Sequence and Quantum Superstrings Using Topological and Dynamical Modeling, Simulation and Information Technology, at Howard University, Washington, DC.

05/14–08/16: Co-PI (PI: P. Misra) on the US NSF Grant, at Howard University, Washington, DC.

REU in Physics at Howard University

Publications  ^

My books:
	Calabi-Yau Manifolds — A Bestiary for Physicists (World Scientific, Singapore, 1992; hardcover) + 2nd, corrected and expanded edition, 1994, paperback: [ A ] [ B ] [ WSci, DOI:10.1142/1410 ] [ errata ]     Cover photograph by Donna D’Fini     for reviews, see: Physics Today 46 (6) (1993) 93–94 (by E. Witten)     and Zentralblatt für Mathematik 771 (1993) 53002 (by J.D. Zund) [Zbl 0771.53002] An unsolicited opinion : “If you have ever wanted an explicit answer to the question, ‘What, exactly, is a Calabi-Yau manifold?’, this is the book you are looking for. Clear, far-ranging and full of brilliant insight, it is also a stylistic masterpiece, which is rare among math and physics books.” (rick1138, 11-04-2003, 11:39 PM; from www.physicsforums.com archive). Also, see the Amazon.com review. Calabi-Yau Manifolds — A Bestiary for Physicists,   2nd Edition (World Scientific, 2024; hardcover) [ WSci, DOI:10.1142/q0484 ] [ A ] [ errata & notes ] Afterword by Yang-Hui He
	Fundamentalna fizika elementarnih čestica (Fundamental Physics of Elementary Particles, in Serbian) (Prirodno-mathematički fakultet, Departman za fiziku, Novi Sad, 2011) [ ispravke ] • Available in the bookstore of the Prirodno-mathematički fakultet publications • catalogued as a textbook in the COBISS bibliographical database
	Advanced Concepts in Particle and Field Theory (Cambridge University Press, July 31, 2015, harcover) [ CUP ] [ A ] [ B ] [ errata & notes ] → reissued (2022) as an Open Access publication on Cambridge Core [@inSPIREhep ↯] Adapted from the Publisher’s web-site: Uniting particle physics and quantum field theory with gravity and general relativity, this textbook of fundamental and theoretical physics describes the quest to consolidate the basic building blocks of nature. Designed for advanced undergraduates and graduate students it provides a conceptually unified and logically consistent understanding of all matter at the fundamental level through worked examples, detailed derivations, as well as historical, philosophical and methodological commentary.
	The Weight of Quantum: Quantum Theory and the Structure of Physics with Djordje Minic (CRC Press, June 30, 2026) [ CRC ][ A ][ errata & notes ] From the Publisher’s web-site: This book provides a unified overview of “modern physics” — combining its foundational pillars: relativity, quantum physics and gravity — and takes the reader on a tour of fundamental physics, through structural, historical and biographical perspectives. The book presents a “big picture” of physics, as well as its completion in terms of a new vision of the quantum theory of space, time, matter and energy. ★ The Biggest Physics Breakthrough in the Last 100 Years? — Interview #261 @ World XP Podcast, 03/16/2026

SELECTED PRESENTATIONS:

QUEM-NAFEO Workshop: Learning to Research

Building Blocks of Supersymmetry

From Strings and Things to Everything Else, and Beyond
A Realistic Superstring-Inspired Brane-World Cosmology
Extra! Extra! Extra Dimensions! Room Enough for Many Worlds! also: @YouTube
Novel Calabi-Yau n-Fold Features and Constructions [interactive] [static]

ARTICLES ( ® = refereed, ¡ = invited. Except in [L.01] and [Q.02], all co-authors are listed alphabetically):

Elementary Particle (i.e., Fundamental) and Mathematical Physics  ^

 [E.01] “Minimization of Higgs Potentials with Application to the SU(5) model”

T. Hübsch, S. Meljanac and S. Pallua: in Trieste 1983 Proceedings of Group Theoretical Methods in Physics, p. 186.

®[E.02] “Symmetry Breaking Mechanism in an Alternative SU(5) model”

T. Hübsch and S. Pallua: Phys. Lett. 138B (1984) 279.

®[E.03] “Symmetry Breaking of SU(n) Gauge Theories to Maximal Regular Subgroups”

T. Hübsch, S. Meljanac and S. Pallua: Phys. Rev. D31 (1985) 352.

®[E.04] “A Non-minimal SU(5) Model”

T. Hübsch, S. Meljanac and S. Pallua: Phys. Rev. D31 (1985) 2958.

®[E.05] “Invariants of Self-adjoint Rank-four SU(n) Tensors”

T. Hübsch, S. Meljanac and S. Pallua: Phys. Rev. D32 (1985) 1021.

®[E.06] “The Missing Multiplet Mechanism and 75 Breaking of Supersymmetric SU(5)”

T. Hübsch, S. Meljanac, S. Pallua and G. G. Ross: Phys. Lett. 161B (1985) 122.

®[E.07] “Do Superstrings Lead to Quarks or Preons?”

T. Hübsch, H. Nishino and J. C. Pati: Phys. Lett. 163B (1985) 111.

®[E.08] “Grand Unification of Three Light Generations”

D. Chang, T. Hübsch and R. N. Mohapatra: Phys. Rev. Lett. 55 (1985) 673.

®[E.09] “Symmetry Breaking Patterns in QCD with 27 Scalars”

T. Hübsch and S. Meljanac: Phys. Rev. D33 (1986) 1429; erratum: Phys. Rev. D34 (1986) 3536

®[E.10] “Economical Unification of Three Generations in SO(18)”

T. Hübsch and P. B. Pal: Phys. Rev. D34 (1986) 1606.

®[E.11] “Calabi-Yau Manifolds - Motivations and Constructions”

T. Hübsch: Comm. Math. Phys. 108 (1987) 291–318.

 [E.12] “Preons from Superstrings”

T. Hübsch: in Cosmology and High Energy, p. 193, ed. E. Esteban (Univ. of Puerto Rico, Humacao, 1986).

®[E.13] “Calabi-Yau Manifolds as Complete Intersections in Products of Projective Spaces”

P. Green and T. Hübsch: Comm. Math. Phys. 109 (1987) 99–108.

 [E.14] “Constructions of Calabi-Yau Manifolds”

T. Hübsch: in Superstrings, Anomalies and Unification, p. 495, eds. M. Martinis and I. Andric (World Scientific, Singapore, 1987).

 [E.15] “Unique Heterotic Preons?”

T. Hübsch and J. C. Pati: University of Maryland Report PP86–199 (1986).

 [E.16] “Manifold Compactification of Superstrings”

T. Hübsch: in Superstrings, Unified Theories and Cosmology, p. 274, eds. G. Furlan et al. (World Scientific, Singapore, 1987).

®[E.17] “Polynomial Deformations and Cohomology of Calabi-Yau Manifolds”

P. Green and T. Hübsch: Comm. Math. Phys. 113 (1987) 505–528.

®[E.18] “Calabi-Yau Hypersurfaces in Products of Semi-Ample Surfaces”

P. Green and T. Hübsch: Comm. Math. Phys. 115 (1988) 231–246.

 [E.19] “Superstring Phenomenology and Cohomology on Calabi-Yau Manifolds”

T. Hübsch: in Superstrings, Unified Theories and Cosmology 1987, p. 164, eds. G. Furlan et al. (World Scientific, Singapore, 1988).

®[E.20] “Flux-Lines Through Calabi-Yau Manifolds and Related Couplings”

T. Hübsch: J. Phys. A21 (1988) 3051–3061.

®[E.21] “All the Hodge Numbers for All Calabi-Yau Complete Intersections”

P. Green, T. Hübsch and C. A. Lütken: Class. Q. Grav. 6 (1989) 105–124.

®[E.22] “Connecting Moduli Spaces of Calabi-Yau Threefolds”

P. Green and T. Hübsch: Comm. Math. Phys. 119 (1988) 431–441.

®[E.23] “Possible Phase Transitions Among Calabi-Yau Compactifications”

P. Green and T. Hübsch: Phys. Rev. Lett. 61 (1988) 1163–1166.

®[E.24] “(1,1)³ Couplings in Calabi-Yau Threefolds”

P. Green and T. Hübsch: Class. Q. Grav. 6 (1989) 311–327.

®[E.25] “Finite Distances Between Distinct Calabi-Yau Manifolds (Other Wrolds are Just Around the Corner)”

P. Candelas, P. Green and T. Hübsch: Phys. Rev. Lett. 62 (1989) 1956–1959.

 [E.26] “Connected Calabi-Yau Compactifications”

P. Candelas, P. Green and T. Hübsch: in Strings ’88, p. 155 eds.  S. J. Gates, Jr., C. R. Preitschopf and W. Siegel (World Scientific, Singapore, 1989).

 [E.27] “Natural Origin of Inflation within a Class of Supersymmetric Preon Models”

M. Cvetic, T. Hübsch, J. C. Pati and H. Stremmnitzer: in Proc. of XXIV International Conference on High Energy Physics München, Aug. 4–10, 1988 , p. 1538 eds. R. Kotthaus and J. H. Kühn (Springer Verlag, Berlin, 1989).

®[E.28] “Natural Origin of Inflation within a Class of Supersymmetric Preon Models”

M. Cvetic, T. Hübsch, J. C. Pati and H. Stremmnitzer: Phys. Rev. D40 (1989) 1311.

®[E.29] “Unidexterous Locally Supersymmetric Actions for Calabi-Yau Compactifications”

S. J. Gates, Jr. and T. Hübsch: Phys. Lett. 226B (1989) 100–106.

®[E.30] “Rolling Among Calabi-Yau Vacua”

P. Candelas, P. S. Green and T. Hübsch: Nucl. Phys. B330 (1990) 49–102.

 [E.31] “Rolling Among Calabi-Yau Vacua”

P. Candelas, P. S. Green and T. Hübsch: in Proceedings of the Third Regional School on Mathematical Physics, Islamabad, Pakistan, eds. A. Qadir and F. Hussain (World Scientific, Singapore, 1990).

®[E.32] “Relation Between the Weil-Petersson and Zamolodchikov Metrics”

P. Candelas, T. Hübsch and R. Schimmrigk: Nucl. Phys. B329 (1990) 583–590.

®[E.33] “Endomorphism Valued Cohomology and Gauge Singlet Matter from Superstrings”

M. G. Eastwood and T. Hübsch: Comm. Math. Phys. 132 (1990) 383–413.

 [E.34] “All the String’s Vacua”

T. Hübsch: in Proceedings of the XIII International School of Theoretical Physics, Szczyrk, Poland (Sep. 19–26, 1989).

®[E.35] “Calabi-Yau Heterotic Strings and Unidexterous Sigma-Models”

S. J. Gates, Jr. and T. Hübsch: Nucl. Phys. B343 (1990) 741–774.

®[E.36] “Gauge-Neutral Matter in a Three-Generation Superstring Compactification”

P. Berglund, T. Hübsch and L. Parkes: Mod. Phys. Lett. A5 (1990) 1485.

®[E.37] “Chameleonic Sigma-Models”

T. Hübsch: Phys. Lett. 247B (1990) 317–322.

®[E.38] “The Complete Massless Matter Spectrum of a Three-Generation Compactification”

P. Berglund, T. Hübsch and L. Parkes: Comm. Math. Phys. 148 (1992) 57–100.

®[E.39] “How Singular a Space can Superstrings Thread ?”

T. Hübsch: Mod. Phys. Lett. A6 (1991) 207–216.

®[E.40] “Elusive Conifold Compactifications”

T. Hübsch: Class. Q. Grav. 8 (1991) L31–L35.

®[E.41] “Twisted Three-Generation Compactification”

P. Berglund and T. Hübsch: Phys. Lett. B260 (1991) 32–38.

®[E.42] “Of Marginal Kinetic Terms and Anomalies”

T. Hübsch: Mod. Phys. Lett. A6 (1991) 1553–1559.

®[E.43] “Classical vs. Landau-Ginzburg Geometry of Compactification”

P. Berglund, T. Hübsch and B. Greene: Mod. Phys. Lett. A7 (1992) 1885; hep-th/9202051.

 [E.44] “An SL(2,C) Action on Certain Jacobian Rings and the Mirror Map”

T. Hübsch and S.-T. Yau: in Essays in Mirror Symmetry S.-T. Yau, ed. (Hong-Kong, 1992).

®[E.45] “An SL(2,C) Action on Chiral Rings and the Mirror Map”

T. Hübsch and S.-T. Yau: Mod. Phys. Lett. A7 (1992) 3277–3289.

 [E.46] “On the Geometry of Certain Superconformal Field Theory Paradigms”

T. Hübsch and S.-T. Yau: in Algebraic Geometry and Related Topics, p. 121–151, J.-H. Yang et al., eds. (International Press, Hong Kong, 1992).

®[E.47] “A Generalized Construction of Mirror Manifolds”

P. Berglund and T. Hübsch: Nucl. Phys. B393 (1993) 377–391; hep-th/9201014.

®[E.48] “Spacetime Variable String Vacua (Calabi-Yau Cosmic Yarn)”

P.S. Green and T. Hübsch: Int. J. Mod. Phys. A9 (1994) 3203–3228; hep-th/9306057.

®[E.49] “Couplings for Compactification”

P. Berglund and T. Hübsch: Nucl. Phys. B411 (1994) 223–254; hep-th/9303158.

®[E.50] “Periods for Calabi-Yau and Landau-Ginzburg Vacua”

P. Berglund, P. Candelas, X. de la Ossa, A. Font, T. Hübsch, D. Jančić and F. Quevedo: Nucl. Phys. B419 (1994) 352–403; hep-th/9308005.

®[E.51] “On Periods for String Compactifications”

P. Berglund, E. Derrick, T. Hübsch and D. Jančić: Nucl. Phys. B420 (1994) 268–288; hep-th/9311143.

®[E.52] “On A Residue Representation of Deformation, Chiral and Koszul Rings”

P. Berglund and T. Hübsch: Int. J. Mod. Phys. A10 (1995) 3381–3430; hep-th/9411131.

®[E.53] “On the Instanton Contributions to Couplings Involving E₆ Singlets”

P. Berglund, P. Candelas, X. de la Ossa, E. Derrick, T. Hübsch and J. Distler: Nucl. Phys. B454 (1995) 127–163; hep-th/9505164.

 [E.54] “A Hitchhiker’s Guide to Superstring Jump Gates and Other Worlds”

T. Hübsch: in Proc. SUSY 96 Conference, R. Mohapatra and A. Rasin (eds.),
Nucl. Phys. (Proc. Supl.) 52A (1997) 347–351, (North-Holland, Amsterdam, 1997).

®[E.55] “On A Stringy Singular Cohomology”

T. Hübsch: Mod. Phys. Lett. A12 (1997) 521–533; hep-th/9612075.

®[E.56] “A Fermionic Hodge Star Operator”

A. Davis and T. Hübsch: Mod. Phys. Lett. A14 (1999) 965–976; hep-th/9809157.

®[E.57] “Haploid (2,2)-Superfields in 2-Dimensional Spacetime”

T. Hübsch: Nucl. Phys. B555 (1999) 567–628, hep-th/9901038.

®[E.58] “CNM Models, Holomorphic Functions and Projective Superspace C-Maps”

S.J. Gates, Jr., T. Hübsch and S.M. Kuzenko: Nucl. Phys. B557 (1999) 443–458, hep-th/9902211.

®[E.59] “Some Algebraic Symmetries of (2,2)-Supersymmetric Systems”

T. Hübsch: Mod. Phys. Lett. A16 (2001) 663–671, hep-th/9903114.

®[E.60] “Linear and Chiral Superfields are Usefully Inequivalent”

T. Hübsch: Class. Q. Grav. 16 (1999) L51–54, hep-th/9903175.

®[E.61] “Gauging Yang-Mills Symmetries in 1+1-Dimensional Spacetime”

Raja Q. Almukahhal and T. Hübsch: Int. J. Mod. Phys. A16 (2001) 4713–4768, hep-th/9910007.

®[E.62] “Yang-Mills and Supersymmetry Covariance Must Coexist”

T. Hübsch: Nucl. Phys. B580 (2000) 548–564, hep-th/0002112.

®[E.63] “Exponential Hierarchy From Spacetime Variable String Vacua”

P. Berglund, T. Hübsch and Dj. Minic: J. High Energy Phys. 09 (2000) 015, hep-th/0005162.

®[E.64] “Probing Naked Singularities in Non-supersymmetric String Vacua”

P. Berglund, T. Hübsch and Dj. Minic: J. High Energy Phys. 02 (2001) 010, hep-th/0012042.

®[E.65] “On Relativistic Brane Probes in Singular Spacetimes”

P. Berglund, T. Hübsch and Dj. Minic: J. High Energy Phys. 01 (2001) 041, hep-th/0012180.

®[E.66] “Localized Gravity and Large Hierarchy from String Theory ?”

P. Berglund, T. Hübsch and Dj. Minic: Phys. Lett. B512 (2001) 155–160, hep-th/0104057.

®[E.67] “de Sitter Spacetimes from Warped Compactifications of IIB String Theory”

P. Berglund, T. Hübsch and Dj. Minic: Phys. Lett. B534 (2002) 147–154, hep-th/0112079.

®[E.68] “Relating the Cosmological Constant and Supersymmetry Breaking in Warped Compactifications of IIB String Theory”

P. Berglund, T. Hübsch and Dj. Minic: Phys. Rev. D67 (2003) 041901, hep-th/0201187.

®[E.69] “On the Geometry and Homology of Certain Simple Stratified Varieties”

T. Hübsch and A. Rahman: J. Geom. & Phys. 53/1 (2004) 31–48, math.AG/0210394.

 [E.70] “Stringy de Sitter Brane-Worlds”

T. Hübsch: in Particle Physics and the Universe, p. 265, J. Trampetić and J. Wess, eds. (Springer-Verlag, Berlin, 2005).

®[E.71] “On Graph-Theoretic Identifications of Adinkras, Supersymmetry Representations and Superfields”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: Int. J. Mod. Phys. A22 (2007) 869–930, math-ph/0512016.

®[E.72] “Off-shell supersymmetry and filtered Clifford supermodules”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber:  Algebras & Rep. Th. (July, 2017) 1–23, math-ph/0603012.

®[E.73] “Adinkras and the Dynamics of Superspace Prepotentials”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: Adv. S. Th. Phys. 2 (3) (2008) 113–164, hep-th/0605269.

®[E.74] “A Counter-Example to a Putative Classification of 1-Dimensional, N-extended Supermultiplets”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: Adv. S. Th. Phys. 2 (3) (2008) 99–111, hep-th/0611060.

®[E.75] “On the Matter of N = 2 Matter”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: Phys. Lett. B659 (2008) 441–446, arXiv:0710.5245.

 [E.76] “Relating Doubly-Even Error-Correcting Codes, Graphs, and Irreducible Representations of N-Supersymmetry”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: in Discrete and Computational Mathematics, p. 53–71, eds. F. Liu et al., (Nova Science Pub., Inc., Hauppage, 2008), arXiv:0806.0051.

®[E.77] “Super-Zeeman Embedding Models on N-Supersymmetric World-Lines”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: J. Phys. A42 (2009) 065402 (12pp), arXiv:0803.3434.

 [E.78] “Topology Types of Adinkras and the Corresponding Representations of N-Extended Supersymmetry”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga, G.D. Landweber and R.L. Miller: arXiv:0806.0050.

®[E.79] “Frames for supersymmetry”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: Int. J. Mod. Phys. A24 (2009) 2665–2676, arXiv:0809.5279.

®[E.80] “Z₇ Orbifold Models in M-Theory”

M.K. Ahsan and T. Hübsch: J. Phys. A (Math. Theor.) 42 (2009) 355209, arXiv:0810.4543.

 [E.81] “Adinkras for Clifford Algebras, and Worldline Supermultiplets”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga, G.D. Landweber and R.L. Miller: arXiv:0811.3410.

®¡[E.82] “Superspace: a Comfortably Vast Algebraic Variety”

T. Hübsch: in Geometry and Analysis (Vol. II), p. 39–69, ed. L. Ji, (International Press & Higher Education Press, 2010), arXiv:0901.2136.

®[E.83] “A Superfield for Every Dash-Chromotopology”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga and G.D. Landweber: Int. J. Mod. Phys. A24 (2009) 5681–5695, arXiv:0901.4970.

®[E.84] “Effective Symmetries of the Minimal Supermultiplet of N = 8 Extended Worldline Supersymmetry”

M.G. Faux, S.J. Gates, Jr. and T. Hübsch: J. Phys. A42 (2009) 415206, arXiv:0904.4719.

®[E.85] “Worldsheet Matter Superfields on Half-Shell”

T. Hübsch and I.E. Petrov: J. Phys. A43 (2010) 295206, arXiv:0912.1038.

®[E.86] “Unidexterously Constrained Worldsheet Superfields”

T. Hübsch: J. Phys. A43 (2010) 295402, arXiv:1002.0515.

®[E.87] “Z_N-Invariant Subgroups of Semi-Simple Lie Groups”

M.K. Ahsan and T. Hübsch: J. Stat. Math. Sci. 2 (2016) 116, arXiv:1003.5823.

®[E.88] “On Dimensional Extension of Supersymmetry: From Worldlines to Worldsheets”

S.J. Gates Jr. and T. Hübsch: Adv. in Th. Math. Phys. 16 (2012) 1619–1667, arXiv:1104.0722.

®[E.89] “Weaving Worldsheet Supermultiplets from the Worldlines Within”

T. Hübsch: Adv. in Th. Math. Phys. 17 (2013) 1–72, arXiv:1104.3135.

®[E.90] “Codes and Supersymmetry in One Dimension”

C.F. Doran, M.G. Faux, S.J. Gates, Jr., T. Hübsch, K.M. Iga, G.D. Landweber and R.L. Miller: Adv. in Th. Math. Phys. 15 (2011) 1909–1970, arXiv:1108.4124.

®[E.91] “On the Construction and the Structure of Off-Shell Supermultiplet Quotients”

T. Hübsch and G.A. Katona: Int. J. Mod. Phys. A27 (2012) 1250173 (24p), arXiv:1202.4342.

®[E.92] “The Real Anatomy of Complex Linear Superfields”

S.J. Gates, Jr., J. Hallet, T. Hübsch and K. Stiffler: Int. J. Mod. Phys. A27 (2012) 1250143 (22p), arXiv:1202.4418.

®[E.93] “On Supermultiplet Twisting and Spin-Statistics”

T. Hübsch: Mod. Phys. Lett. A28 (2013) 1350147 (23p), arXiv:1203.4189.

 [E.94] “Spectrum-Generating Superalgebra for Linear Harmonic Oscillators”

T. Hübsch: arXiv:1203.5103.

®[E.95] “Adinkras and SUSY Holography: Some Explicit Examples”

S.J. Gates, Jr., T. Hübsch and K. Stiffler: Int. J. Mod. Phys. A29 no. 7, (2014) 1450041 (14p),  arXiv:1208.5999.

®[E.96] “Adinkra (In)Equivalence From Coxeter Group Representations: A Case Study”

I. Chappell II, S.J. Gates, Jr. and T. Hübsch: Int. J. Mod. Phys. A29 no. 6, (2014) 1450029 (24p), arXiv:1210.0478.

®[E.97] “Golden Ratio Controlled Chaos in Supersymmetric Dynamics”

T. Hübsch and G.A. Katona: Int. J. Mod. Phys. A28 (2013) 1350156 (27p), arXiv:1308.0654.

®[E.98] “A Q-Continuum of Off-Shell Supermultiplets”

T. Hübsch and G.A. Katona: Adv. High E. Phys. 2016 (2016) 7350892 (11p), arXiv:1310.3256.

®[E.99] “On General Off-Shell Representations of Worldline (1D) Supersymmetry”

C.F. Doran, T. Hübsch, K.M. Iga and G.D. Landweber: Symmetry 6 no. 1, (2014) 67–88, arXiv:1310.3258.

®[E.100] “On Clifford-Algebraic Dimensional Extension and SUSY Holography”

S.J. Gates, Jr., T. Hübsch and K. Stiffler: Int. J. Mod. Phys. A30 no. 9 (2015) 1550042 (56p), arXiv:1409.4445.

®¡[E.101] “Calabi-Yau n-Folds in Projective Superspace”

T. Hübsch: Nucl. Phys. B898 (2015) 675–680.

®[E.102] “On Calabi-Yau generalized complete intersections from Hirzebruch varieties and novel K3-fibrations”

P. Berglund and T. Hübsch: Adv. in Th. Math. Phys. 22 (2) (2018) 261–303, arXiv:1606.07420.

 [E.103] “N=4 and N=8 SUSY Quantum Mechanics and Klein’s Vierergruppe”

S. J. Gates, Jr., T. Hübsch, K. Iga, S. Mendez-Diez: arXiv:1608.07864.

®[E.104] “A Generalized Construction of Calabi-Yau Models and Mirror Symmetry”

P. Berglund and T. Hübsch, SciPost 4, 009 (2018) 1–30, arXiv:1611.10300.

®[E.105] “On Stringy de Sitter Spacetimes”

P. Berglund, T. Hübsch and Dj. Minic: J. High Energy Phys. 2019 (2019) 166, arXiv:1902.08617.

®[E.106] “Dark Energy and String Theory”

P. Berglund, T. Hübsch and Dj. Minic: Phys. Lett. B798 (2019) 134950, arXiv:1905.08269.

®[E.107] “On Dark Energy and Quantum Gravity”

P. Berglund, T. Hübsch and Dj. Minic: Int. J. Mod. Phys. D28 (2019) 1902003, arXiv:1905.09463.

®¡[E.108] “String Theory, the Dark Sector and the Hierarchy Problem”

P. Berglund, T. Hübsch and Dj. Minic: Lett. High Energy Phys. 2021 (2021) 186, arXiv:2010.15610.

®¡[E.109] “Stringy Bubbles Solve de Sitter Troubles”

P. Berglund, T. Hübsch and Dj. Minic: Universe 7 (2021) 363, arXiv:2109.01122.

¡[E.110] “Mirror Symmetry, Born Geometry and String Theory”

P. Berglund, T. Hübsch and Dj. Minic: in Nankai Symposium on Mathematical Dialogues: Celebrating the 110th anniversary of the birth of Prof.  of S.-S. Chern, Y.-H. He, M.-L. Ge, C.-M. Bai, J. Bao, and E. Hirst, eds., (2022, Springr Verlag, Singapore), arXiv:2111.14205.

 [E.111] “Quantum Gravity and Phenomenology: Dark Matter, Dark Energy, Vacuum Selection, Emergent Spacetime, and Wormholes”

P. Berglund, D.-C. Dai, D. Edmonds, Y.-H. He, T. Hübsch, V. Jejjala, M.J. Kavic, Dj. Minic, S. Powers, J.H. Simonetti, D. Stojkovic and T. Takeuchi: The Snowmass 2021 Proceedings — Theory Frontier, arXiv:2202.05104.

 [E.112] “Infrared Properties of Quantum Gravity: UV/IR Mixing, Gravitizing the Quantum — Theory and Observation”

P. Berglund, L. Freidel, T. Hübsch, J. Kowalski-Glikman, R.G. Leigh, D. Mattingly and Dj. Minic: The Snowmass 2021 Proceedings — Theory Frontier, arXiv:2202.06890.

®[E.113] “Gravitizing the Quantum”

P. Berglund, T. Hübsch, D. Mattingly and Dj. Minic: Int. J. Mod. Phys. D31 (2022), 2242024, arXiv:2203.17137.

®[E.114] “Hirzebruch Surfaces, Tyurin Degenerations and Toric Mirrors: Bridging Generalized Calabi-Yau Constructions”

P. Berglund and T. Hübsch: Adv. in Th. Math. Phys. 26 (8) (2022) 2541–2598, arXiv:2205.12827.

®[E.115] “Machine Learned Calabi-Yau Metrics and Curvature”

P. Berglund, G. Butbaia, T. Hübsch, V. Jejjala, D. Mayorga Peña, C. Mishra and J. Tan: Adv. in Th. Math. Phys. 27 (4) (2023) 1107–1158, arXiv:2211.09801.

®¡[E.116] “On de Sitter Spacetime and String Theory”

P. Berglund, T. Hübsch and Dj. Minic: Int. J. Mod. Phys. D32 (9) (2023) 2330002 (111 pp); arXiv:2212.06086.

®[E.117] “Triple Interference, Non-linear Talbot Effect and Gravitization of the Quantum”

P. Berglund, A. Geraci, T. Hübsch, D. Mattingly and Dj. Minic: Class. Q. Grav. 40 (2023) 155008 (24pp), arXiv:2303.15645.

®¡[E.118] “String Theory Bounds on the Cosmological Constant, the Higgs Mass, and the Quark and Lepton Masses”

P. Berglund, T. Hübsch and Dj. Minic: Symmetry 15 (9) (2023) 1660, arXiv:2307.16712.

®[E.119] “Physical Yukawa Couplings in Heterotic String Compactifications”

G. Butbaia, D. Mayorga Peña, J. Tan, P. Berglund, T. Hübsch, V. Jejjala and C. Mishra: Adv. in Th. Math. Phys. 28 (8) (2024) 2783–2822, arXiv:2401.15078.

®[E.120] “Chern Characteristics and Todd–Hirzebruch Identities for Transpolar Pairs of Toric Spaces”

P. Berglund and T. Hübsch: Adv. in Th. Math. Phys. (accepted, 2026) , arXiv:2403.07139.

¡[E.121] “Quantum Gravity as Gravitized Quantum Theory”

T. Hübsch and Dj. Minic: in Proceedings of the 3rd Conference on Nonlinearity, (Sep. 4–8, 2023), B. Dragovich and Ž. Čupić, eds., pp. 1–72. (Serbian Academy of Nonlinear Sciences, Belgrade, Serbia, 2024), arXiv:2407.06207.

®[E.122] “Precision String Phenomenology”

P. Berglund, G. Butbaia, T. Hübsch, V. Jejjala, D. Mayorga Peña, C. Mishra and J. Tan: Phys. Rev. D 111 (2025) 086007, arXiv:2407.13836.

 [E.123] “A Combinatorial Introduction to Adinkras”

R.W. Donley Jr, S.J. Gates Jr, T. Hübsch and R. Nath: arXiv:2410.12834.

®[E.124] “cymyc: Calabi-Yau Metrics, Yukawas, and Curvature”

G. Butbaia, D. Mayorga Peña, J. Tan, P. Berglund, T. Hübsch, V. Jejjala and C. Mishra: J. High Energy Phys. 2025 (2025) 28, arXiv:2410.19728.

¡[E.125] “Ricci-Flat Mirror Hypersurfaces in Spaces of General Type”

T. Hübsch: Proceedings of the 11th Mathematical Physics Meeting, (Sep. 2–6, 2024), B. Dragovich, ed. (Institute of Physics Belgrade and University of Belgrade, Belgrade, Serbia, 2024), arXiv:2501.11684.

®[E.126] “Information Metrics and Possible Limitations of Local Information Objectivity in Quantum Gravity”

P. Berglund, A. Geraci, T. Hübsch, D. Mattingly and Dj. Minic: Class. Q. Grav. 43 (2026) 135021, arXiv:2501.19269.

®¡[E.127] “Beyond Algebraic Superstring Compactification”

T. Hübsch: Axioms 14 (4) (2025) 236 (26), arXiv:2502.08002.

®[E.128] “Physical limits on information metrics and quantum gravity as gravitized quantum theory”

P. Berglund, A. Geraci, T. Hübsch, D. Mattingly and Dj. Minic: Int. J. Mod. Phys. D34 No. 16 (2025) 2544014, arXiv:2504.12925.

®¡[E.129] “Quantum Spacetime, Quantum Gravity and Gravitized Quantum Theory”

T. Hübsch and Dj. Minic: Proceedings of the International Conference “Nonlinearity, Nonlocality and Ultrametricity,” (May 26–30, 2025), Z. Rakić, G. Djordjević and B. Jovanović, eds. (Faculty of Mathematics, University of Belgrade, Serbia, 2026), arXiv:2604.19418.

®¡[E.130] “Beyond Algebraic Superstring Compactification, Part II”

T. Hübsch: Axioms 15 (6) (2026) 445 (45p), arXiv:2605.06998.

®[E.131] “What to do with a Ricci-flat Calabi–Yau metric?”

P. Berglund, T. Hübsch and V. Jejjala: in Recent Progress in Computational String Geometry (World Scientific, 2026), arXiv:2605.23900.

®¡[E.132] “Beyond Algebraic Solutions to Stringy Spacetime”

T. Hübsch: Proceedings of the International Conference “Nonlinearity, Nonlocality and Ultrametricity,” (May 26–30, 2025), Z. Rakić, G. Djordjević and B. Jovanović, eds. (Faculty of Mathematics, University of Belgrade, Serbia, 2026), arXiv:2605.24724.

 [E.133] “Balanced Metrics Know About SYZ”

P. Berglund, T. Hübsch, V. Jejjala, V. Mirjanić and C. Mishra: arXiv:2607.25733.

( ® = refereed, ¡ = invited. All co-authors are listed alphabetically, except in [L.01], [Q.02], [E.119] and [E.124].)

 

Learning/Education  ^

®[L.01] “Modifying the Inclined-Plane Experiment”

D.D. Venable, A.P. Batra and T. Hübsch: Phys. Teacher 39 (2001) 215.

¡[L.02] “Prostor-vreme-materija, u svitanje trećeg milenijuma” (Space-Time-Matter, at the Dawn of the Third Millennium)

T. Hübsch: Astronomija 3 (November 2003) 15.

®¡[L.03] “On the Mirage of the Classical Electron of Uhlenbeck and Goudsmit”

A.P. Batra and T. Hübsch: Phlogiston 27 (2019) 115–140, substantially extended and amended version of arXiv:1203.1510.

 

Nuclear Physics  ^

®[N.01] “Three Dynamical Boson-Fermion Symmetries for Odd-Odd Nuclei”

T. Hübsch and V. Paar: Z. Phys. A319 (1984) 111.

 [N.02] “Boson-Fermion Dynamical Symmetry And Supersymmetry For Hypernuclei”

T. Hübsch and V. Paar: in Poiana Brasov 1984 Proceedings, Atomic and Nuclear Heavy Ion Interactions, Vol. 2, p. 49–59.

®[N.03] “Extension of Boson-Fermion Dynamical Symmetry to Hypernuclei”

T. Hübsch and V. Paar: Phys. Lett. 151B (1985) 1.

®[N.04] “Spin(6) Boson-Fermion Dynamical Symmetry for Odd-Odd Nuclei”

T. Hübsch and V. Paar and D. Vretenar: Phys. Lett. 151B (1985) 320.

®[N.05] “Spin_BF^pn(6) Boson-Fermion Dynamical Symmetry for Hypernuclei”

T. Hübsch and V. Paar: Z. Phys. A320 (1985) 351.

®[N.06] “Approach to Hypernuclear Structure Based on Boson-Fermion Dynamical Symmetry and Supersymmetry”

T. Hübsch and V. Paar: Fizika 17 (1985) 211.

®[N.07] “Theory of Unified Nuclei?”

T. Hübsch: in Nuclear Structure, Reactions and Symmetries, p. 253, eds. R.A. Meyer and V. Paar (World Scientific, Singapore, 1986).

 [N.08] “Boson-Fermion Symmetries and Dynamical Supersymmetries for Odd-Odd Nuclei”

A.B. Balantekin, V. Paar and T. Hübsch: in Nuclei Off the Line of Stability, p. 14 eds. R.A. Meyer and D.S. Brenner (American Chemical Soc., Washington DC, 1986).

®[N.09] “Spin_BF^pn(5) Boson-Fermion Dynamical Symmetry and Supersymmetry for Odd-Odd Nuclei Associated with U_B(5) Boson Limit and Exemplified for ⁶²Cu”

T. Hübsch and V. Paar: Z. Phys. A327 (1987) 287.

®[N.10] “Decomposition of Boson-Fermion Group Chain Associated with Symmetry/Supersymmetry in the j_p = ³/₂, j_n = ³/₂, SU_B(6) ⊃ SU_B(5)”

T. Hübsch and V. Paar: Fizika 19 (1987) 203. 

 [N.11] “Algebraic and Supersymmetric Treatment of Odd-Odd Nuclei”

V. Paar, S. Brant, D. Vretenar, D.K. Sunko, A.B. Balantekin and T. Hübsch: in Symmetries and Semiclassical Features of Nuclear Dynamics, p. 179, ed. A.A. Raduta (Springer Verlag, Berlin, 1987).

 

Quantum Theory  ^

®[Q.01] “Quantum Mechanics is Either Non-Linear or Non-Introspective”

T. Hübsch: Mod. Phys. Lett. A13 (1998) 2503–2512; quant-ph:9712047.

 [Q.02] “From Quantum To Classical Dynamics: A Landau Continuous Phase Transition With Spontaneous Superposition Breaking”

Vladan Panković, T. Hübsch, Milan Predojević and Miodrag Krmar, quant-ph/0409010.

 [Q.03] “A Classical Switched LC/LR Circuit Modeling the Quantum Zeno and Anti-Zeno Effects”

T. Hübsch and Vladan Panković, arXiv.org:0907.4361.

®[Q.04] “On the Emergent ‘Quantum’ Theory in Complex Adaptive Systems”

T. Hübsch, D. Minic, K. Nikolic and S. Pajevic, Ann. Phys. 464 (2024) 169641, arXiv.org:2310.14100.

 

For those who know what this means, my Erdős number is 3, via my collaboration with Shing-Tung Yau [E.44, 45, 46], and my Witten number is 2, via my collaboration with Philip Candelas [E.25, 26, 30, 31, 32, 50, 53]. If you are interested to know how much other researchers care to cite the research I have published, see my  inSPIRE publication footprint,  Scopus/Elsevier profile,  Semantic Scholar profile,  ORCID record,  or Google Scholar profile; you may also wish to visit my page @ nLab.

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