Our recent manuscript https://t.co/0QruZ03q1m with @icmm_csic@EsisnaI@depena33@ciqususc
https://t.co/zKMKqvF6fp selected in Editors’ Highlights webpage of research called "Materials science and chemistry” in @NatureComms
https://t.co/0QruZ03q1m
https://t.co/QMbuvJWrba
Excited to share that the acene family has grown with its longest member yet, pentadecacene (15ac), which we synthesized and characterized on a gold surface. @BettingerLab@RalfTonner. Congrats to Zilin, Jakob, John, Tim, Laurentia, Felix! @ERC_Research@SFB1083@ProLOEWE.
Happy to see our new manuscript on substrate independent planarization yielding nanographenes published in
@NatureComms
Great collaboration with our friends from
@icmm_csic , @EsisnaI , @depena33 , @ciqususc , https://t.co/zKMKqvF6fp
I love this reaction: atomic hydrogen as catalyst in cyclodehydrogenation reactions. It sounds counterintuitive but it works! Great collaboration with our friends in Krakow @SPMLabJUK , https://t.co/MvlwBr1OfT and Madrid @EsisnaI@ciqususc@NatureComms
I love this reaction: atomic hydrogen as catalyst in cyclodehydrogenation reactions. It sounds counterintuitive but it works! Great collaboration with our friends in Krakow @SPMLabJUK , https://t.co/MvlwBr1OfT and Madrid @EsisnaI@ciqususc@NatureComms
If your reserch relates to on-surface synthesis, don´t miss your chance to submit your abstract to #OSS24
(https://t.co/I1DKHx0oTk) before the extended deadline: Marth 14th. Hope to see you in San Feliu de Guixols!
What a way to end the week⚡️Today our work in @angew_chem exploring the on-surface synthesis of NGs embedding azulene and Stone-Wales units is out🎉 @nacho_urgel@XinliangF@davidecijalab @FZU_AVCR @IMDEA_Nano
Read more⬇️
https://t.co/6vaA7iBsr4
On-Surface Synthesis and Determination of the Open-Shell Singlet Ground State of Tridecacene (Szymon Godlewski and co-workers) @SPMLabJUK, @nanosurflab, @Echavarren_Lab https://t.co/XQivdWV3Xz
In our last work published in @angew_chem we unveil the open-shell structure of tridecacene and its spin excitation with state-of-the-art quantum chemistry calculations👨💻 In collaboration with @SPMLabJUK@Echavarren_Lab
https://t.co/DSbTwb6fi3
Interested in the latest Communications?
Read 'On surface synthesis of an eleven-ring sulfur-doped nonacene' by Antonio Echavarren, Szymon Godlewski, Mariusz Krawiec and first author Irena Padniuk
@Echavarren_Lab
https://t.co/82bO2hAMAl
https://t.co/82bO2hAMAl
Organic synthesis, electron microscopy, and computer modeling go hand in hand to uncover the chemical reactions behind nanographenes with pentagonal rings. @ManuelMelleLab@SPMLabJUK@depena33@ciceco_ua@ciqususc
https://t.co/3R9wp58oBE
Some alkenes are just made different 🦄. The story of tetrafluorenofulvalene, a sterically frustrated oligoradicaloid, now in @NatureChemistry . Congratulations to @ambhore_madan and Bibek Prajapati 😃 https://t.co/M4MytdOyTg
On-surface synthesis of graphene nanostructures on TiO2: expanding the range of substrates to obtain well-defined nanographenes by bottom-up approaches.
🆕 #CiQUS collab with @SPMLabJUK just out in @acsnano👇
https://t.co/bTwhpKyOX6
@depena33@DoloresPMeiras#FEDERGalicia
our new article in @acsnano about efficient on-surface synthesis of nanographene and GNRs on semiconducting TiO2 surface. in collab with @ciqususc@depena33 lab and https://t.co/zKMKqvF6fp. check it: https://t.co/Q8t8jkntaT
Porous nanographene C108: detailed electronic structure by advanced STS techniques. Glad to see this out in @CommsMaterials and to be part of this great collaboration within @SFB1083 !
New review in @JPolymSci: On‐surface synthesis and atomic scale characterization of unprotected indenofluorene polymers by Marco Di Giovannantonio and @FaselRoman. @snsf_ch@NanotechSurfLab https://t.co/piZbyzRtmB
#OpenAccess
!!!!!! PLEASE RT WIDELY !!!!!!
1/2 Ukrainian scientists who left Ukraine due to war or plan to leave in the coming days; we will help find accommodation and jobs. Contact us here: [email protected]
We synthesized three nitrogen-substituted undecacenes! The one with aza groups shows considerable radical character and the ones with hydro-aza groups show anti-aromaticity. Check it out at https://t.co/knwJmjsa9i