1.

Determination of the quantum numbers of ${\Sigma}_{b}(6097{)}^{\pm}$ via their strong decays
/ Aliev, T. M. ; Azizi, K. ; Sarac, Y. ; Sundu, H.
Recent experimental progress has led to the detection of many new hadrons. [...]
Published in Physical Review D 99 (2019)
10.1103/PhysRevD.99.094003
arXiv:1811.05686
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2.

Fate of the doubly heavy spin$3/2$ baryons in a dense medium
/ Er, N. ; Azizi, K.
We investigate the behavior of the doubly heavy spin$3/2$ baryons in cold nuclear matter. [...]
Published in Physical Review D 99 (2019)
10.1103/PhysRevD.99.074012
arXiv:1901.07399
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3.

New charged resonance Zc(4100) : the spectroscopic parameters and width
/ Sundu, H. ; Agaev, S. S. ; Azizi, K.
The mass, coupling and width of the newly observed charged resonance Zc(4100) are calculated by treating it as a scalar fourquark system with a diquark–antidiquark structure. [...]
Published in EPJC 79 (2019) 215
10.1140/epjc/s1005201967370
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4.

Weak decays of the axialvector tetraquark ${T}_{bb;\overline{u}\overline{d}}^{}$
/ Agaev, S. S. ; Azizi, K. ; Barsbay, B. ; Sundu, H.
The weak decays of the axialvector tetraquark ${T}_{bb;\overline{u}\overline{d}}^{}$ to the scalar state ${Z}_{bc;\overline{u}\overline{d}}^{0}$ are investigated using the QCD threepoint sum rule approach. [...]
Published in Physical Review D 99 (2019)
10.1103/PhysRevD.99.033002
arXiv:1809.07791
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5.

The nonet of the light scalar tetraquarks: The mesons a 0 (980) and K0⁎(800)
/ Agaev, S.S. ; Azizi, K. ; Sundu, H.
The spectroscopic parameters and partial decay widths of the light mesons a0(980) and K0⁎(800) are calculated by treating them as scalar diquark–antidiquark states. [...]
Published in Physics letters B 789 (2019) 405412
10.1016/j.physletb.2018.12.059
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6.

The doubly charmed pseudoscalar tetraquarks Tcc;s¯s¯++ and Tcc;d¯s¯++
/ Agaev, S.S. ; Azizi, K. ; Barsbay, B. ; Sundu, H.
The mass and coupling of the doubly charmed JP=0− diquark–antidiquark states Tcc;s¯s¯++ and Tcc;d¯s¯++ that bear two units of the electric charge are calculated by means of QCD twopoint sum rule method. [...]
Published in Nuclear Physics B 939 (2019) 130144
10.1016/j.nuclphysb.2018.12.021
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7.

Structure of the ${\Xi}_{b}(6227{)}^{}$ resonance
/ Aliev, T. M. ; Azizi, K. ; Sarac, Y. ; Sundu, H.
We explore the recently observed ${\Xi}_{b}(6227{)}^{}$ resonance to fix its quantum numbers. [...]
Published in Physical Review D 98 (2018)
10.1103/PhysRevD.98.094014
arXiv:1808.08032
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8.

Nature of the Ω(2012) through its strong decays
/ Aliev, T. M. ; Azizi, K. ; Sarac, Y. ; Sundu, H.
We extend our previous analysis on the mass of the recently discovered Ω(2012) state by investigation of its strong decays and calculation of its width employing the method of light cone QCD sum rule. [...]
Published in EPJC 78 (2018) 894
10.1140/epjc/s100520186375y
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9.

Resonance $Y\left(4660\right)$ as a vector tetraquark and its strong decay channels
/ Sundu, H. ; Agaev, S. S. ; Azizi, K.
The spectroscopic parameters and partial widths of the strong decay channels of the vector meson $Y\left(4660\right)$ are calculated by treating it as a bound state of a diquark and antidiquark. [...]
Published in Physical Review D 98 (2018)
10.1103/PhysRevD.98.054021
arXiv:1805.04705
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10.

X (3872): propagating in a dense medium
/ Azizi, K. ; Er, N.
In cold nuclear matter, the shifts in the mass and currentmeson coupling as well the vector self energy of the exotic X(3872) are calculated using the diquark–antidiquark current within the framework of the inmedium twopoint QCD sum rule. [...]
Published in Nuclear Physics B 936 (2018) 151168
10.1016/j.nuclphysb.2018.09.014
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