Igor Alabugin (@ialabugin) 's Twitter Profile
Igor Alabugin

@ialabugin

ID: 2616008606

calendar_today10-07-2014 19:17:51

1,1K Tweet

2,2K Takipçi

1,1K Takip Edilen

Igor Alabugin (@ialabugin) 's Twitter Profile Photo

Sometimes being "one-dimensional" is very cool! The superlong, atomically precise graphene nanoribbons from Aurelio Mateo-Alonso set the new standard at Aromaticity 2025. P.S. And you can study them with solution NMR!

Sometimes being "one-dimensional" is very cool! 
The superlong, atomically precise graphene nanoribbons from <a href="/KokeLab/">Aurelio Mateo-Alonso</a> set the new standard at <a href="/Aromaticity2025/">Aromaticity 2025</a>.
P.S. And you can study them with solution NMR!
Igor Alabugin (@ialabugin) 's Twitter Profile Photo

What is a stable electrophile suitable for Pd-catalyzed ester formation from boronic acids? We present experiments & computations on Pd-catalyzed C–O bond formation using cyclic diacyl peroxides as O-electrophiles. New in ACS Catalysis: pubs.acs.org/doi/10.1021/ac…

What is a stable electrophile suitable for Pd-catalyzed ester formation from boronic acids? 
We present experiments &amp; computations on Pd-catalyzed C–O bond formation using cyclic diacyl peroxides as O-electrophiles. New in ACS Catalysis:  pubs.acs.org/doi/10.1021/ac…
Igor Alabugin (@ialabugin) 's Twitter Profile Photo

If your corannulene bowl is too small, how about expanding with photochemical dearomative cycloaddition? Interestingly, the expanded bowl has a small but significant diradical character. mdpi.com/3219256 #mdpichemistry via Chemistry MDPI

If your corannulene bowl is too small, how about expanding with photochemical dearomative cycloaddition? Interestingly, the expanded bowl has a small but significant diradical character.   mdpi.com/3219256 #mdpichemistry via <a href="/Chemistry_MDPI/">Chemistry MDPI</a>
Jordi Poater (@jordipoater) 's Twitter Profile Photo

Interested in the design of fully conjugated heteroatomic non- and quasi-alternant polyradicals? Just published! in response to the invitation by Dr. Manabu Abe in Chemistry MDPI mdpi.com/3230282 #mdpichemistry Secció de Química Orgànica-UB IQTCUB

Interested in the design of fully conjugated heteroatomic non- and quasi-alternant polyradicals? Just published! in response to the invitation by <a href="/ManabuDr/">Dr. Manabu Abe</a> in <a href="/Chemistry_MDPI/">Chemistry MDPI</a>  mdpi.com/3230282 #mdpichemistry <a href="/Organica_UB/">Secció de Química Orgànica-UB</a> <a href="/IQTCUB/">IQTCUB</a>
Igor Alabugin (@ialabugin) 's Twitter Profile Photo

FSU campus in mid-March is beautiful, vibrant, and full of energy. Hard to imagine a better place to be! Florida State University #1 Public University for Student Satisfaction. #GoNoles"

Igor Alabugin (@ialabugin) 's Twitter Profile Photo

A nice study by Zhao and Shi (Xueliang Shi) unveils a kinetically stabilized [3]triangulene with enhanced stability, paving the way for high-spin organic materials. Read more in Chemistry MDPI: doi.org/10.3390/chemis… #Spintronics #Triangulene

A nice study by Zhao and  Shi (<a href="/5LxVHXM0HDufTSj/">Xueliang Shi</a>)  unveils a kinetically stabilized [3]triangulene with enhanced stability, paving the way for high-spin organic materials. Read more in Chemistry MDPI: doi.org/10.3390/chemis… #Spintronics #Triangulene
Igor Alabugin (@ialabugin) 's Twitter Profile Photo

Excited to welcome Rob Knowles to the sunlit campus of Florida State University! Join us today at @ChemistryFSU for his talk, “Recent Advances in Light-Driven Free Radical Chemistry". It will be a fun lesson on photochemical innovation. More about Rob’s work at: knowleslab.princeton.edu

Excited to welcome Rob Knowles to the sunlit campus of <a href="/FloridaState/">Florida State University</a>! 
Join us today at @ChemistryFSU for his talk, “Recent Advances in Light-Driven Free Radical Chemistry". It will be a fun lesson on photochemical innovation. More about Rob’s work at: knowleslab.princeton.edu
Igor Alabugin (@ialabugin) 's Twitter Profile Photo

Quantum mechanical analysis of di-, tri-, and polyradicals unlocks advances in molecular magnets, entangled states, quantum sensing & computation. A clear, insightful review by an outstanding group of authors: mdpi.com/3221930 Chemistry MDPI. Dedicated to Prof. M. Nakano

Quantum mechanical analysis of di-, tri-, and polyradicals unlocks advances in molecular magnets, entangled states, quantum sensing &amp; computation. A clear, insightful review by an outstanding group of authors: mdpi.com/3221930 <a href="/Chemistry_MDPI/">Chemistry MDPI</a>. Dedicated to Prof. M. Nakano
Michael Haley - UOregon Chemistry (@uohaleylab) 's Twitter Profile Photo

30 hrs left to submit an abstract, due 2359 Hawaii time on April 2! Join us for an excellent symposium on all things organic possessing copious pi-electrons—from fundamental to applied, purely organic to including main group elements. If it has pi electrons, we're the symposium!

Igor Alabugin (@ialabugin) 's Twitter Profile Photo

Take a look at “Photocyclization of Alkenes and Arenes: Penetrating Through Aromatic Armor...” for examples of how aromatic compounds are transformed into larger polyaromatic systems with light: mdpi.com/3304478 Chemistry MDPI. #photochemistry #aromaticity #antiaromatic

Take a look at “Photocyclization of Alkenes and Arenes: Penetrating Through Aromatic Armor...” for examples of how aromatic compounds are transformed into larger polyaromatic systems with light: mdpi.com/3304478 <a href="/Chemistry_MDPI/">Chemistry MDPI</a>. #photochemistry #aromaticity #antiaromatic
Ananikov Lab (@ananikovlab) 's Twitter Profile Photo

🧲Magnetic stirrers - used daily in millions of labs - may silently sabotage reproducibility. Our JACS Au article describes drastic variability in reaction outcomes based on vessel placement doi.org/10.1021/jacsau… ACS Publications ACS Catalysis Chemistry News Nature Chemistry