activity
20022016
most citedSpherical collapse in f(R) gravity and the Belinskii-Khalatnikov-Lifshitz conjecture

48 citations · 262 across the 12 of their papers we have counts for

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7 papers · 1 filter

hep-ph2009★ 33 cited

Improved analysis on the semi-leptonic decay from QCD light-cone sum rules

Yong-Lu Liu, Ming-Qiu Huang, Dao-Wei Wang

With the renewed distribution amplitudes of , we present a reanalysis on the semi-leptonic decay by use of the light-cone sum rule approach with two kinds of in…

hep-ph2008★ 16 cited

Light-cone QCD Sum Rules for the Baryon Electromagnetic Form Factors and its magnetic moment

Yong-Lu Liu, Ming-Qiu Huang, Dao-Wei Wang

We present the light-cone QCD sum rules up to twist 6 for the electromagnetic form factors of the baryon. To estimate the magnetic moment of the baryon, the magnetic form facto…

hep-ph2006

Semileptonic decay Lambda_c-->Lambda \ell^+ νfrom QCD light-cone sum rules

Ming-Qiu Huang, Dao-Wei Wang

We present the study of the semileptonic decay Λ_c to Λ\ell^+νby using the light-cone sum rule approach. Distribution amplitudes (DAs) for the Λbaryon are discussed to the leading…

hep-ph2004★ 47 cited

Light-cone QCD sum rules for the semileptonic decay Lambda_b --> p lepton anti-neutrino

Ming-Qiu Huang, Dao-Wei Wang

The exclusive semileptonic heavy baryon decay Λ_b\to p l\barνis investigated using light-cone sum rule method in both full QCD and HQET. The form factors describing the decay are c…

hep-ph2003★ 40 cited

Excited heavy baryon masses to order Lambda_{QCD}/m_Q from QCD sum rules

Dao-Wei Wang, Ming-Qiu Huang

Masses of the p-wave excited heavy baryons have been calculated to the Lambda_{QCD}/m_Q order using QCD sum rule method within the framework of heavy quark effective theory. Numeri…

hep-ph2003★ 23 cited

Choice of heavy baryon currents in QCD sum rules

Dao-Wei Wang, Ming-Qiu Huang

In this paper we investigate the effects due to the mixing of two interpolating currents for ground state baryons within the framework of Heavy Quark Effective Theory using the QCD…