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Functional Organic Materials Research Group, RCNS Profile
Functional Organic Materials Research Group, RCNS

@OrgMatHun

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Research Group at the Research Centre for Natural Sciences, Budapest, Hungary led by Gábor London. Focusing on unusual pi-systems and molecular switches.

Budapest, Hungary
Joined September 2020
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
3 months
RT @angew_chem: Indirect Anti-Markovnikov Hydrofunctionalization of Terminal Alkenes via an Alkenyl Thianthrenium Intermediate (Tibor Soós….
Tweet media one
onlinelibrary.wiley.com
A two-stage dication pool strategy using alkenyl thianthrenium intermediates has been developed for anti-Markovnikov hydrofunctionalization. This method differs from previous approaches in its...
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
4 months
RT @SoosGroup: Congratulations to Tibor Soós for winning the prestigious Ányos Jedlik Award for his achievements in catalyst development!🥇….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
4 months
RT @SoosGroup: Our latest @angew_chem paper!🎉 We introduce a new 2-stage dication pool strategy for the anti-Markovnikov hydrofunctionaliza….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
5 months
RT @OttossonGroup: Just out: Our pitfalls warning on NICS with examples on incorrect use of this (anti)aromaticity descriptor leading to fa….
Tweet media one
onlinelibrary.wiley.com
It is known that NICS values can be misinterpreted to indicate aromaticity (or antiaromaticity) when measured in nonaromatic rings next to antiaromatic (or aromatic) ones. But how does this effect...
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
6 months
RT @SoosGroup: In the zone!⚡️ Our team is deep into this year's @merckgroup #CompoundChallenge, chasing the best synthetic route with full….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
6 months
Happy to share our lab's first paper of the year! It features the modular synthesis of tetracyclic heteroarenes and is out now in @Wiley_Chemistry European Journal of Organic Chemistry.
Tweet media one
chemistry-europe.onlinelibrary.wiley.com
The synthesis of naphthannulated S-, O-, and N-heteroaryl compounds from isomeric ethynylbiaryl starting materials using a PtCl2-catalyzed cyclization reaction is reported.
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
6 months
RT @SoosGroup: Exciting news!🎉 Our paper about the selective reduction of esters to aldehydes is currently the most read article in @J_A_C_….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
6 months
RT @ChemEurJ: Bioinspired Synthesis of (-)-Hunterine A: Deciphering the Key Step in the Biogenetic Pathway (János Daru, Szilárd Varga, Tibo….
Tweet media one
chemistry-europe.onlinelibrary.wiley.com
A concise, bioinspired, and enantioselective synthesis of (−)-hunterine A, an unusual 6/7/6/6/5 pentacyclic natural compound, is reported through an aspidosperma precursor, employing a late-stage...
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
7 months
RT @SoosGroup: FLP chemistry cracks a long-standing challenge: the selective reduction of esters to aldehyde. Check out our latest developm….
Tweet media one
pubs.acs.org
The partial reduction of esters to aldehydes is a fundamentally important transformation for the synthesis of numerous fine chemicals and consumer goods. However, despite the many efforts, limitati...
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
7 months
RT @SoosGroup: Thrilled to announce our paper on the bioinspired #TotalSynthesis of hunterine A, which also provides insights into the tric….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
8 months
Happy to share our group's latest communication, now published in @SpringerNature Structural Chemistry! .
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link.springer.com
Structural Chemistry - Molecular complexes based on donor-acceptor interactions that involve π-systems with antiaromatic character are rarely studied. Herein, we report the synthesis of...
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
8 months
RT @Aromaticist: 🥳Extremely proud to share the latest from our group! Gabby Warren and @kasia_pienko elucidate the effects of benzoheterocy….
Tweet media one
pubs.rsc.org
Aromaticity and antiaromaticity are pivotal concepts in chemistry, with significant implications for molecular properties and reactivity. In particular, thanks to their increased conductivity and...
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
10 months
RT @SoosGroup: When organocatalysis makes a difference!⚗️ Check out our back-to-back papers about the power of novel, terpenoid-like revers….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
10 months
RT @SoosGroup: Our latest paper is out in @angew_chem🥳 To open new perspectives in polyene cyclization, we developed an oxetane-based platf….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
11 months
RT @SoosGroup: Excited to share our latest preprint! Introducing our fiddler crab-type borane catalysts for the efficient partial reduction….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
11 months
RT @Boron_Chemistry: Illuminating the Multiple Lewis Acidity of Triaryl-Boranes via Atropisomeric Dative Adducts (@SoosGroup): https://t.co….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
11 months
RT @NatureSynthesis: Now online:. News & Views on the Article by Yan Zhang, Shota Fukuma, @paradiseshang & Eiichi Nakamura. .
Tweet media one
www.nature.com
Nature Synthesis - Metal–π interactions typically hinder metal-catalysed C–H functionalization reactions involving large π-conjugated systems. Now, an iron-catalysed...
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
1 year
Check out our mini review on the incredible work of @paradiseshang & Eiichi Nakamura in @NatureSynthesis. Highly enabling chemistry towards extended conjugated systems. Congrats! .@NatureNV .
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
1 year
RT @PoranneG: Turn ON/ Turn OFF 📴- how to catch (anti)aromaticity in molecular switches by Professor Gábor London at #ICESAA3 https://t.co….
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@OrgMatHun
Functional Organic Materials Research Group, RCNS
1 year
RT @SoosGroup: A tribute to Katritzky chemistry: we're excited to share how benzotriazole aids in amide bioisostere construction https://t.….
Tweet media one
onlinelibrary.wiley.com
The two-step, modular and scalable construction of amino-oxetanes for the purpose of bioisosteric incorporation has been developed using Katritzky's benzotriazole chemistry. This simple and user-fr...
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