Dipolon Theory of High $T_C$ Superconductivity--First Discovered Two High Energy Kink Features in Electron Energy

It has been revealed that the two high energy kinks in high $T_C$ superconductors (HTSC) in electron energy at $\sim 100 \ mev $ and $\sim 160 \ mev $ which were stated as found new [1], were discovered earlier [2] via dipolon theory [3,4] in explaining the photoemission line shape (sharp peak, dip and broad peak) and the low energy kink at $\sim 70 \ mev $. It was also mentioned [2] that the details for the high energy kinks would be reported elsewhere [5]. Thus Ref. 1 should be corrected by replacing ``new'' by ``discovered earlier'' in the text including the title. The dipolon theory is strong coupling field-theory including Mott renormalization, nonrigid electron bands, electron-hole asymmetry and all important and necessary electron correlations and not only explains but also predicts correctly the properties of HTSC [2-5].\\[4pt] [1] W. Zhang et al., Phys. Rev. Lett. {\bf 100}, 107002 (2008).\\[0pt] [2] R. R. Sharma, Physica {\bf C 468}, 190 (2008); received by the journal on 15 August, 2007; available online 28 November, 2007.\\[0pt] [3] R. R. Sharma, Phy. Rev. {\bf B 63}, 054506 (2001).\\[0pt] [4] R. R. Sharma, Physica {\bf C 439}, 47 (2006).\\[0pt] [5] R. R. Sharma, ``Dipolon Theory of Kink...'', in ``Superconducting...'', Ed. K. N. Courtlandt, P. 81-100, Nova Sc, Pub., Inc., New York, 2009.