G. Tan Group

[G. Tan Group @gengwentan]

@uri_planas @StAndrewsChem @ChemRxiv @Sfg_109 @impchemistry I just read this nice paper yesterday.

[Chem @Chem_CP]

Online now: Germanium ligand redox cooperativity: A key to ambiphilicity and switchable two- and four-electron transfer https://t.co/9F7WXbNHEc

[Bismuto Lab @BismutoLab]

The first Sb=Co Double bond is out!! Congrats to Daniel and @Palui004 and Toni and Rosa for the theoretical analysis!! https://t.co/m02bFBf3jB

[G. Tan Group @gengwentan]

@manasmondal171 @Chem_CP Thanks, Manas.

[G. Tan Group @gengwentan]

We are delighted to share our recent work on the isolation of a nitrene radical anion supported by a hydrindancenyl ligand.

[Chem @Chem_CP]

Online now: An isolable nitrene radical anion as a nucleophilic open-shell nitrogen synthon https://t.co/9W1TbX5abF

[G. Tan Group @gengwentan]

@chitnislab @DalhousieU @chemistryatuvic Many Congratulations, Saurabh!

[G. Tan Group @gengwentan]

@JensBeckmann16 Dr. Yeston from Science explained the Account issue. When Prof. Beckmann's paper was submited, I was suggested or excluded as a reviewer with my new email address from SYSU, which was not exsit in the system, so this account was created.

[G. Tan Group @gengwentan]

@JensBeckmann16 It is also expectable that we will try to make nitrene with our ligand, since we have already reported the corrsponding Bi, Sb and P compounds (Prof. Beckmann also cited our papers). By the way, it is rather interesting that my Science account was created by Prof. Beckmann.

[G. Tan Group @gengwentan]

@JensBeckmann16 For instance, Gaspar et al. published the EPR characterization of phosphinidene in 1994 (JACS, 1994, 116, 7899), and in 2017 Misochko found that the signals were from triplet oxygen, and reassigned the signals of triple phosphinidene. (ACIE, 2017, 56, 7944)

[G. Tan Group @gengwentan]

@JensBeckmann16 Maybe our points are not corrected, but this is how we should discuss SCINCE together, and try to right the wrong.

[G. Tan Group @gengwentan]

@JensBeckmann16 After we saw Beckmann's paper in Science, we sent the team one email regarding the queries of EPR and SQUID characterizations, however we did not receive ANY response till today. We therefore submited a COMMENT to Science from Scientific point of view.

[G. Tan Group @gengwentan]

@JensBeckmann16 @SchulzGroup: We never deny the fact that Prof. Beckmann is the first one obtained stable nitrene. We cited their paper in submitted and published version of our paper.

[Goicoechea Group @GoicoecheaGroup]

Check out the latest from the Goicoechea group out today in @J_A_C_S!

Multi-metallic complexes with linear cyaphide bridging ligands. Led by @EricYangChem with some beautiful Mössbauer spectra by @CThomas_group!

https://t.co/DaD57HskM6

[J. Am. Chem. Soc. @J_A_C_S]

Synthesis and Reactivity of an Alumanyl–Tin Species to Form an Al,N-Heteroallene Derivative | Journal of the American Chemical Society @sciencetokyo_en #Synthesis #Reactivity #AlSn #Heteroallene https://t.co/xQw5fpP2tQ

[G. Tan Group @gengwentan]

@RJGilliard @ChemicalScience @Chonghe10 @gilliardgroup @ccclabmit @Boron_Chemistry @ChemistryMIT Brilliant approach to access transient borylenes.

[Yusuke ISHIGAKI @ysk_isgk]

本日Nature誌 @Nature に論文が掲載されました！！！

炭素原子間の一電子結合を初めて直接的に観測し、実験的に証明しました！

島尻くん @Tky_SMJR 、川口くん @SokiKAWAGUCHI 、おめでとう🎉🎊

https://t.co/wIoi8FH6gx

[G. Tan Group @gengwentan]

@DGallegol Thanks, brother. That is the thing we could not control, just try our best.

[G. Tan Group @gengwentan]

@RolandRoesler Thanks. I hope so. Anyway, I will just keep doing my own chemistry. That is their bussiness to cite or not.

[Ying Kai LOH @YingKaiLOH]

A ligand stabilized Carbon(0) indeed!https://t.co/5Q7BVCHJ6y

[Driess Group @DriessLab]

ICHAC-14 in Tianjin: Barbecue with some of my former graduate students/postdocs (now professors in chinese universities and Munich ---Shigeyoshi Inoue) and two new postdocs. Thanks for a great retreat and I am very proud of your powerful work and success.