Publications @ INSPIRE
Publications @ arXiv
Articles
30) E. Baysazan, T. Birkandan, I. E.
Unver, "Analysis of scalar
fields with series convolution", Eur. Phys. J. C84,
995 (2024) (arXiv:2405.16986
[gr-qc])
29) B. Özelbaykal, O. Kaya, B. Kasım, T. Birkandan, Y. Koçluk, Diagnostic ability of the corneal anterior and posterior surface area calculated by corneal modelling approach in early stage keratoconus patients, European Journal of Ophthalmology 34(6), 1715-1727 (2024)
28) T. Birkandan, "Solutions of a
charged scalar field in five-dimensional helicoid solution
with electromagnetic field", General Relativity
and Gravitation 55, 88 (2023) (arXiv:2204.10627
[gr-qc])
- The computer files: https://github.com/tbirkandan/symODE2
26) T. Birkandan, M. Hortacsu, "A massless scalar particle coupled
to the Wahlquist metric", Eur.
Phys. J. C81, 389 (2021) (arXiv:
2012.07352
[gr-qc])
25) B. Hamil, M. Merad, T. Birkandan, "Three dimensional DKP oscillator
in a curved Snyder space", (arXiv: 2009.02150
[gr-qc])
24) B. Hamil, M. Merad, T. Birkandan, "Particle creation in the context of
the emergent universe", Revista Mexicana de
Fisica 67(2), 219
23) B. Hamil, M. Merad, T. Birkandan, "Effects of Extended Uncertainty
Principle on the Relativistic Coulomb Potential",
(arXiv: 2008.03807
[quant-ph])
21) B. Hamil, M. Merad, T.
Birkandan, "The
Effects of the Modified (Anti-)Snyder Model on the
Thermodynamic Properties of an Ideal Gas",
International Journal of Thermophysics 41(9), 129
(2020)
20) B. Hamil, M. Merad, T.
Birkandan, "The
Duffin-Kemmer-Petiau oscillator in the presence of minimal
uncertainty in momentum", Phys. Scr. 95(7),
075309 (2020)
19) B. Hamil, M. Merad, T. Birkandan, "Pair creation in curved Snyder space",
Int. J. Mod. Phys. A35 no.04, 2050014 (2020)
18) A. Merad, M. Aouachria, M. Merad, T. Birkandan, "Relativistic
oscillators in new type of the extended uncertainty
principle", Int. J. Mod. Phys. A34 no.32,
1950218 (2019)
17) B. Hamil, M. Merad, T. Birkandan, "Applications of the extended uncertainty principle in AdS and dS spaces", Eur. Phys. J. Plus 134(6), 278 (2019)
16) T. Birkandan, C. Guzelgun, E. Sirin, M. C. Uslu, "Symbolic and Numerical Analysis in General Relativity with Open Source Computer Algebra Systems", General Relativity and Gravitation 51, 4 (2019) (arXiv: 1703.09738 [gr-qc])
- The computer files: https://github.com/tbirkandan/opensourceGR
15) T.
Birkandan, M. Hortacsu, "Exact
solution of the wave equation of a scalar particle in the
zero mass limit of Kerr and Kerr-(anti-)de-Sitter
space-times", General Relativity and
Gravitation 50, 28 (2018) (arXiv:1711.06811
[gr-qc])
14) D. Bouaziz, T. Birkandan, "Singular
inverse square potential in coordinate space with a
minimal length", Annals Phys. 387, 62
(2017) (arXiv: 1711.04158
[quant-ph])
13) A. Benchikha,
M. Merad, T. Birkandan, "Energy-dependent
harmonic oscillator in noncommutative space",
Mod. Phys. Lett. A 32
(19), 1750106 (2017)
12) T. Birkandan, M. Hortacsu, "Heun-type solutions for Schwarzschild metric
with electromagnetic fields", EPL 119, 20002 (2017) (arXiv:
1704.00294
[math-ph])
11) T. Birkandan, M. Hortacsu, "Quantum Field Theory Applications of Heun Type Functions", Rept. Math.Phys. 79, 81 (2017) (arXiv: 1605.07848 [hep-th])
10) M. Falek, M. Merad, T. Birkandan, "Duffin-Kemmer-Petiau Oscillator with Snyder-de Sitter Algebra", J.Math.Phys. 58, 023501 (2017)
09) T. Birkandan, M. Cvetic, "An Analysis of the Wave Equation for the U(1)^2
Gauged Supergravity Black Hole", Class. Quantum
Grav. 32, 085007 (2015) (arXiv: 1501.03144
[hep-th])
08) T. Birkandan, M. Cvetic, "Wave Equation for the Wu Black Hole", JHEP 09, 121 (2014) (arXiv: 1407.8173 [hep-th])
07) T. Birkandan, M. Cvetic, "Addentum to: Conformal Invariance and
Near-extreme Rotating AdS Black Holes", Phys.
Rev. D 90, 067504 (2014) (arXiv: 1406.5208
[hep-th])
06) T. Birkandan, M. Cvetic, "Conformal Invariance and Near-extreme
Rotating AdS Black Holes", Physical Review D 84,
044018 (2011) (arXiv: 1106.4329
[hep-th])
05) T. Birkandan, M. Hortacsu, "Singularity
Structure and Stability Analysis of the Dirac Equation on
the Boundary of the Nutku Helicoid Solution", published
as Comment on "Dirac equation in the
background of the Nutku helicoid metric", Journal
of Mathematical Physics 49,
054101 (2008) (arXiv: 0711.0612
[gr-qc])
04) T. Birkandan, "A Newman-Penrose Calculator for Instanton Metrics", International Journal of Modern Physics C 19 (8), 1277 (2008) (arXiv: 0711.0613 [gr-qc])
- The computer files: https://github.com/tbirkandan/NPInstanton
03) T. Birkandan, M. Hortacsu, "Dirac Equation in the Background of the Nutku Helicoid Metric", Journal of Mathematical Physics 48, 092301 (2007) (arXiv: 0706.2543 [gr-qc])
02) T. Birkandan, M. Hortacsu, "Examples of Heun and Mathieu Functions as
Solutions of Wave Equations in Curved Spaces",
Journal of Physics A: Math. Theor. 40, 1105
(2007) (arXiv: gr-qc/0607108 )
01) T. Birkandan, M. Hortacsu, "Three Dimensional Gravity in the Presence
of Scalar Fields", General Relativity and
Gravitation 35 (3), 457 (2003) (arXiv: gr-qc/0104096)
Proceedings
04) T.
Birkandan, P.-L. Giscard, A. Tamar, "Computations of
general Heun functions from their integral series
representations",
IEEE XPlore, Proceedings of the International Conference DAYS
on DIFFRACTION 2021, pp. 1218 (2021) (arXiv: 2106.13729 [math.NA])
- The computer files: https://github.com/tbirkandan/integralseries_heun
03) T. Birkandan, M. Cvetic, "Specific Form of the Wave Equation for Nonextremal Black Holes", Proceedings of the "14th Marcel Grossmann Meeting", 2697 (2017)
02) P. Aydiner, T. Birkandan, "Physical Problems Admitting Heun-to-Hypergeometric Reduction", IEEE XPlore, Proceedings of the International Conference DAYS on DIFFRACTION 2015, pp. 27-32 (2015) (arXiv: 1401.0449 [math-ph])
01) T. Birkandan, M. Hortacsu, "Examples of Heun and Mathieu Functions as
Solutions of Wave Equations in Curved Spaces",
EAS Publications Series 30, 265 (2008)
"Spanish Relativity Meeting ERE07" (arXiv: 0710.4243
[gr-qc])
CODES
03) SageNP (SageMath): Newman-Penrose calculations for SageMath02) SymODE2 (SageMath): Symbolic analysis of second-order ordinary differential equations with polynomial coefficients
01) NPInstanton (Maple): A Newman-Penrose Calculator for Instanton Metrics
Books
TRANSLATION (POPULAR SCIENCE):
"Six Easy Pieces", R. P. Feynman, trans. by T. Birkandan, C. Kapkin, Evrim Yayinevi (2002)
Director of THE Science Series (Popular Science):
11) "Harezmi'den
Cahit Arf'a" F. Dincer, Evrim Yayinevi (2008)
10) Turkish translation of "Dreams of a Final Theory",
S. Weinberg, trans. by O. Akyuz, Evrim Yayinevi (2007)
09) "Yüz
Defa Ölen Adam" B. Karaoglu, Evrim Yayinevi (2007)
08) Turkish translation of "Did Adam and Eve Have Navels?", M. Gardner, trans. by C. Kapkin, Evrim Yayinevi (2003)
07) "Matematik
ve Öğretimi" S. Gozen, Evrim Yayinevi (2002)
06) Turkish translation of "The Pleasure of Findings Things
Out", R. P. Feynman, trans. by N. Kucuk, Y. Cevik,
Evrim Yayinevi (2002)
05) Turkish translation of "Six Easy Pieces", R. P. Feynman, trans. by T. Birkandan, C. Kapkin, Evrim Yayinevi (2002)
04) Turkish translation of "Beyond Science", J. Polkinghorne, trans. by E. Devrim, Evrim Yayinevi (2001)
03) Turkish translation of "What is Life? The Next Fifty Years", M. P. Murphy, L. A. J. O'Neill, trans. by T. Gurer, Evrim Yayinevi (2001)
02) Turkish translation of "Archimedes' Bathtub", D.
Perkins, trans. by C. Kapkin, Evrim Yayinevi (2001)
01) Turkish translation of "Quantum Physics: Illusion or Reality", I. M. Rae, trans. by Y. Guler, Evrim Yayinevi (2000)
CO-EDITOR (ART HISTORY):
"Bilim Esigi 2 - Sanat Tarihinde Gencler 2004 Semineri Bildirileri", editors: A. Erkmen, co-editors: E. B. Alkim, D. Calisir, E. Yildiz, T. Birkandan, Arkeoloji ve Sanat Yayinlari (2005)