Qitang Fan (@QitangF) profile picture

Qitang Fan

@QitangF
Joined August 2019
  • Tweets54
  • Following101
  • Followers70
New paper in Nature Chemistry: We find that on-surface radical ring-opening polymerization of [6]CPP on Cu(111), produces near micrometer-long poly(para-phenylene) (PPP) chains — far beyond typical polymer lengths obtained by On-Surface Synthesis. 🔗 nature.com/articles/s41557-0… 1/4
Image from Michael Gottfried (@GottfriedGroup)
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Save the dates for the upcoming On-Surface Synthesis International Workshop : June 7-12, 2026 in Ribadesella, Spain. Excited to be working with the scientific committee to get a most attractive pool of invited speakers for #OSS26! Stay tuned under oss26.dipc.org/
Image from Dimas G. de Oteyza (@dgoteyza)
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We are seeking for a highly motivated postdoctoral researcher to join our @ERC_Research Synergy Grant MolDAM project at @ciqususc , to work on the synthesis of nanographenes and on-surface chemistry. Deadline for application: 29 Sept. Details: usc.es/ciqus/es/empleo/postd…
Image from Diego Peña Gil (@depena33)
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Our new @J_A_C_S paper: π-extended quintulene that traps a single Au atom and can be flipped with an STM tip: a step toward curved nanocarbons via on-surface synthesis. 🔗 pubs.acs.org/doi/10.1021/jac… 📰 chemistryviews.org/creating-…
Image from Michael Gottfried (@GottfriedGroup)
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Our latest work in @NanoLetters about a porous graphene nanoribbon and how pores influence the electronic structure. The non-porous regions determine the electronic properties! Great collaboration with @QitangF, @JoseM_C_ and others. pubs.acs.org/doi/full/10.102…
Image from Michael Gottfried (@GottfriedGroup)
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Cyclocarbon C18 (doubly aromatic) is a freak, C16 (doubly anti-aromatic) a superfreak, C13 is the freakiest of them all: triplet ground state, more or less delocalized carbene center, and neither Baird's nor Hueckel's rule can be applied. science.org/doi/10.1126/scie…
Image from Leo Gross (@Leo_Gross_IBM)
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Qitang Fan retweeted
Jiong Lu (@jionglu_NUS) profile picture
Jiong Lu@jionglu_NUS19 Feb 2024
Our latest work in @NatureChemistry, a highly entangled polyradical nanographene! Congrats @ShaotangSong, Andrés, Adam, Guangwu! Great collaboration with research groups from @nanosurflab @jishan_wu, Libor Veis. 👇👇rdcu.be/dyZ1v
Image from Jiong Lu (@jionglu_NUS)
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Postdoc position: Join us at @Uni_MR for new ERC Synergy Grant project TACY. On-surface synthesis, single-molecule manipulation, and low-T scanning probe methods, including LT-TERS. @ERC_Research #ChemPostdoc #PhysPostdoc #ChemTwitter. Details: bit.ly/3Z4RWkn. Please RT
Image from Michael Gottfried (@GottfriedGroup)
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Very happy about ERC Synergy Grant #ERCSyG with the great colleagues Michael Mastalerz @michaelmastale4 @UniHeidelberg and Holger Bettinger @uni_tue for the project "Tackling the Cyclacene Challenge". Many thanks to all who contributed in science and administration! @ERC_Research
Image from Michael Gottfried (@GottfriedGroup)
Philipps-Universität (@Uni_MR) profile picturePhilipps-Universität@Uni_MR25 Oct 2022
Der Chemiker Prof. Dr. Michael Gottfried von der #UniMarburg erhält einen #ERCSyG 👏für die Forschung an ungewöhnlichen ringförmigen Kohlenstoffverbindungen für Anwendungen in der organischen Elektronik. uni-marburg.de/WB00Pw 📷 Jan Hosan @ERC_Research @UniHeidelberg @uni_tue
Der Marburger Oberflächen- und Nanoforscher Prof. Dr. Michael Gottfried in seinem Labor.

ALT Der Marburger Oberflächen- und Nanoforscher Prof. Dr. Michael Gottfried in seinem Labor.

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Happy to see that our work is finally publised in Communications Materials! nature.com/articles/s43246-0…
Disentangling the electronic structure of an adsorbed graphene nanoring by scanning tunneling...

Disentangling the electronic structure of an adsorbed graphene nanoring by scanning tunneling...

Communications Materials - Scanning tunneling microscopy is a powerful tool for determining the electronic structure of surface adsorbates. Here, carbon monoxide functionalized tips enable more...

nature.com
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Qitang Fan retweeted
SFB 1083 (@SFB1083) profile picture
SFB 1083@SFB108325 Aug 2022
New Publication by @SFB1083: J. Martinez-Castro, R. Bolat, Q. Fan et al. Disentangling the electronic structure of an adsorbed graphene nanoring by scanning tunneling microscopy Commun. Mater. 3 (2022) 57 DOI:10.1038/s43246-022-00275-x
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Read about how molecular soccer balls can be connected to make a 2D material in this N&V by @GottfriedGroup go.nature.com/3N8F6dP
Image from Nature News & Views (@NatureNV)
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Qitang Fan retweeted
Han Yi (@yhan_Exciplex) profile picture
Han Yi@yhan_Exciplex16 Jun 2022
Amazing!!!
Nature News & Views (@NatureNV) profile pictureNature News & Views@NatureNV15 Jun 2022
Read about how molecular soccer balls can be connected to make a 2D material in this N&V by @GottfriedGroup go.nature.com/3N8F6dP
Image from Nature News & Views (@NatureNV)
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CCS Chemistry welcomes Prof. Dr. Michael Gottfried as an Associate Editor bit.ly/3x1xt2x #chemistry #science #scicomm #chemtwitter #openaccess
Image from CCS Chemistry (@CCSChemistry)
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Qitang Fan retweeted
Jiong Lu (@jionglu_NUS) profile picture
Jiong Lu@jionglu_NUS24 May 2022
Prof. J. Michael Gottfried will be giving a seminar at 4pm (SGT), 26th May 2022 (Thu). Welcome to join us via zoom! (nus-sg.zoom.us/meeting/regis…)
Image from Jiong Lu (@jionglu_NUS)
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「メビウスカーボンナノベルトの合成」が @NatureSynthesis 誌に掲載されました！伊丹ERATOでの最後の大仕事です。ひねり部位が分子内をすばやく移動するので今回も例によってNMRは平均化されてます。オープンアクセスです。 nature.com/articles/s44160-0…
Image from Yasutomo Segawa (@YasutomoSegawa)
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Methane oxidation reaction over a novel metal-free catalyst biphenylene network sciencedirect.com/science/ar…
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Magnetic Ordering, Anomalous Lifshitz Transition, and Topological Grain Boundaries in Two-Dimensional Biphenylene Network pubs.acs.org/doi/10.1021/acs…
Magnetic Ordering, Anomalous Lifshitz Transition, and Topological Grain Boundaries in Two-Dimensi...

Magnetic Ordering, Anomalous Lifshitz Transition, and Topological Grain Boundaries in Two-Dimensi...

Abstract. We study the electronic properties of a new planar carbon crystal formed through networking biphenylene molecules. Novel electronic features amon

pubs.acs.org
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On-surface synthesis enables better control over the growth of 1D and 2D metal–organic frameworks. Check out our latest work in @J_A_C_S. @FUNSOM2008 @jlugiessen @ProLOEWE #onsurfacechemistry #MOFs #2Dmaterials #STM #ncAFM #PriOSS pubs.acs.org/doi/10.1021/jac…
Substrate-Modulated Synthesis of Metal–Organic Hybrids by Tunable Multiple Aryl–Metal Bonds

Substrate-Modulated Synthesis of Metal–Organic Hybrids by Tunable Multiple Aryl–Metal Bonds

Abstract. Assembly of semiconducting organic molecules with multiple aryl–metal covalent bonds into stable one- and two-dimensional (1D and 2D) metal–organ

pubs.acs.org
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Metal centers in adsorbed metalloporphyrins easily exchange with surface metal atoms, as shown by XPS, STM, TPR mass spectra. Thanks to @nanoscale_rsc and #SFB1083, congrats to Jan, Stefan, Qitang, et al.! pubs.rsc.org/en/content/arti…
Image from Michael Gottfried (@GottfriedGroup)
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