If the $X(3872)$ is described by the picture as a mixture of the charmonium
and molecular $D^{\ast} D$ states; $Y(3940)$ as a mixture of the $\chi_{c0}$
and $D^\ast D^\ast$ states; and $X(4260)$ as a mixture of the tetra-quark and
charmonium sates, their orthogonal combinations should also exist. We estimate
the mass and residues of the states within the QCD sum rules method. We find
that the mass splitting among $X$, $Y$ and their orthogonal states is at most
$200MeV$. Experimental search of these new states can play critical role for
establishing the nature of the new charmonium states.Comment: 12 pages, 6 figures, LaTeX formatte

Aliev, T. M.

Ozsahin, H.

Savci, M.

English

arXiv

If X(3872) is described by the picture as a mixture of the charmonium and molecular D*D states; Y(3940) as a mixture of the chi(c0) and D* D* states; and Y(4260) as a mixture of the tetraquark and charmonium states, their orthogonal combinations should also exist. We estimate the mass and residues of the states within the QCD sum rules method. We find that the mass splitting among X, Y and their orthogonal states is at most 200 MeV. Experimental search of these new states can play critical role for establishing the nature of the new charmonium states

Alıyev, Tahmasıb

Özşahin, Hikmet

Savcı, Mustafa

OpenMETU (Middle East Technical University)

Advances in High Energy Physics

More about the Mass of the New Charmonium States

ÖZŞAHİN, HİKMET

Aliev, TAHMASIB

SAVCI, MUSTAFA

Middle East Technical University Research Information System

If X(3872) is described by the picture as a mixture of the charmonium and molecular D*D states; Y(3940) as a mixture of the χc0 and D*D* states; and Y(4260) as a mixture of the tetraquark and charmonium states, their orthogonal combinations should also exist. We estimate the mass and residues of the states within the QCD sum rules method. We find that the mass splitting among X, Y and their orthogonal states is at most 200 MeV. Experimental search of these new states can play critical role for establishing the nature of the new charmonium states

T. M. Aliev

H. Özşahin

M. Savcı

Directory of Open Access Journals

IfX(3872)is described by the picture as a mixture of the charmonium and molecularD*Dstates;Y(3940)as a mixture of theχc0andD*D*states; andY(4260)as a mixture of the tetraquark and charmonium states, their orthogonal combinations should also exist. We estimate the mass and residues of the states within the QCD sum rules method. We find that the mass splitting amongX, Yand their orthogonal states is at most 200 MeV. Experimental search of these new states can play critical role for establishing the nature of the new charmonium states.</jats:p

Crossref