Paul Chirik(@pchirik) 's Twitter Profileg
Paul Chirik

@pchirik

Chemist

ID:2636144898

linkhttp://chemistry.princeton.edu/chirik/ calendar_today13-07-2014 11:04:39

2,1K Tweets

6,6K Followers

427 Following

Chirik Group(@ChirikGroup) 's Twitter Profile Photo

Congratulations to our second years on passing their general exams and becoming PhD Candidates! And congratulations to Carli Kovel on passing her OFP!! We are so excited for the future of these bright individuals!

Congratulations to our second years on passing their general exams and becoming PhD Candidates! And congratulations to @CarliKovel on passing her OFP!! We are so excited for the future of these bright individuals!
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Satoshi Takebayashi(@TakebayashiS) 's Twitter Profile Photo

Fully funded postdoc position available at beautiful Okinawa 🪸🐠
Starting October, 2024 or earlier 🗓️

If you're interested in organometallic chemistry and catalysis, please contact me 📨

Fully funded postdoc position available at beautiful Okinawa 🪸🐠 Starting October, 2024 or earlier 🗓️ If you're interested in organometallic chemistry and catalysis, please contact me 📨
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J. Am. Chem. Soc.(@J_A_C_S) 's Twitter Profile Photo

(Phenoxyimine)Ni-Cat. C(sp2)–C(sp3) Suzuki–Miyaura Cross-Coupling: Evidence of a Recovering Radical Chain Mechanism | Journal of the American Chemical Society Princeton University Paul Chirik Chirik Group Princeton UniversityChem pubs.acs.org/doi/10.1021/ja…

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Paul Chirik(@pchirik) 's Twitter Profile Photo

Redox active ligand effects and field strength determine the rate of 2+2 cycloaddition. Now out in J. Am. Chem. Soc. from Chirik Group’s Hanna. Great job. pubs.acs.org/doi/abs/10.102…

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Paul Chirik(@pchirik) 's Twitter Profile Photo

Great story by Bri Barbu on earth abundant metal catalysis. Fun going down memory lane and also highlighting recent collaborations. Still much to learn and discover

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Organometallics(@Orgmet_ACS) 's Twitter Profile Photo

On our latest front cover, fullerenes serve as a docking station for Co complexes--these cobalt-on-nanocarbon entities absorb near-IR and are amenable for catalysis or making magnetoelectronic devices. Check out an Editorial, Tutorial, and slew of articles pubs.acs.org/toc/orgnd7/43/3

On our latest front cover, fullerenes serve as a docking station for Co complexes--these cobalt-on-nanocarbon entities absorb near-IR and are amenable for catalysis or making magnetoelectronic devices. Check out an Editorial, Tutorial, and slew of articles pubs.acs.org/toc/orgnd7/43/3
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Organometallics(@Orgmet_ACS) 's Twitter Profile Photo

Time to learn: Our latest Organometallics Tutorial comes from Konrad Koszinowski at Universität Göttingen: Observation and Characterization of Single Elementary Reactions of Organometallics. Please have a look and share with your friends and colleagues pubs.acs.org/doi/10.1021/ac…

Time to learn: Our latest @Orgmet_ACS Tutorial comes from Konrad Koszinowski at Universität Göttingen: Observation and Characterization of Single Elementary Reactions of Organometallics. Please have a look and share with your friends and colleagues pubs.acs.org/doi/10.1021/ac…
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Paul Chirik(@pchirik) 's Twitter Profile Photo

My latest editorial in Organometallics introducing Author's Corners. We want to connect with our readers, reviewers and the organometallic community. pubs.acs.org/doi/full/10.10…

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GEQOSevilla24(@GEQOSevilla24) 's Twitter Profile Photo

Hi there! 👇Check our LINE UP👇
And our super duper cool Logo🤩. So much history in one single molecule! Seville and organometallic chemistry united. Learn more about it in our web:
geqosevilla24.com
GEQO RSEQ RSEQ Chemistry Europe

Hi there! 👇Check our LINE UP👇 And our super duper cool Logo🤩. So much history in one single molecule! Seville and organometallic chemistry united. Learn more about it in our web: geqosevilla24.com @geqo_rseq @RSEQUIMICA @ChemEurope #organometallics #RealTimeChem
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