Chuan Shan 单川
@ChuanShanUPCrystallographer of big small molecules, Synthetic Organic chemist by training, NMR spectroscopist, now a Computational guy doing Energy Decomposition Analysis
Similar User
@juhesiit
@JDerosaChem
@CAMalapit
@Nils_Not_
@DrMichaelJHall
@SoufianTibouti
@SimonBBlakey
@GHierlmeier
@zulfaqarbacho
@Chiayuchenchem
@jzhhua
@connormacneil
@RhPdCu
@ChemJChu
@sep_funnel
The coming Tuesday, September 26th, 5 PM Paris/ 11 AM Boston, Prof. Tairan Yuwen from the School of Pharmaceutical Sciences at Peking University will discuss NMR pulse sequence basics and design principles. Please RT! #NMRchat #chemtwitter
Choosing the appropriate apodization function for 2D NMR data u-of-o-nmr-facility.blogspot.com/2008/07/apodiz… #nmrchat
11B background NMR signals u-of-o-nmr-facility.blogspot.com/2008/06/11-b-b… #nmrchat
We have an opening for a postdoc in synthetic organic chemistry (new methods, targeted synthesis applications) with a small medicinal chemistry component. To apply, submit a cover letter, CV, research summary, and names of 3 references to justin.lopchuk@moffitt.org #chempostdoc
We are recruiting an assistant professor tenure track in NMR spectroscopy! Propel NMR methods and applications with prime access to a 1.2GHz spectrometer! Join us to shape a vibrant, future-oriented university @UZH_en . #AcademicJobs #ChemistryJobs #NMR Please RT…
@NSF_CSOE is hosting an Electrochemistry Bootcamp webinar next week taught by Tito Abruna @CornellChem We will stream it on our YouTube channel, but here is the webinar link too. It will be Monday through Friday from 9am to noon Eastern time. utah.zoom.us/j/98502911930
Sorry but no. A lattice has no atoms. It is a mathematical construct to denote periodicity. It does not physically exist. There are no atoms in a lattice so it makes no sense to talk about an atom missing from a lattice site.
But surely if you read carefully it says "an atom is missing from one of the lattice sites" - i.e. the lattice site is still there, but an *atom* is missing...
We have a organic synthetic chemistry tenure track position open at @AaltoUniversity! Come be my colleague! Retweets are highly appreciated. aalto.fi/en/open-positi…
Nice stuff indeed
Great new app for predicting Nucleophilicity and Electrophilicity parameters by Machine Learning (@ChemPhysChem): …mistry-europe.onlinelibrary.wiley.com/doi/full/10.10…. Online prediction platform DeepSynthesis: isyn.luoszgroup.com.
Legend Dude jumped frm spectator stands to hug Messi. A billion Chinese cheered him on. He is not 18, so he can't be punished
Multipurpose Broadband NMR Inversion Sequences. Brennan J. Walder, Josefine D. McBrayer, Katharine L. Harrison, and Keith J. Fritzsching. #NMR #NMRchat pubs.acs.org/doi/10.1021/ac…
Happy to share our new JACS paper dealing with solvent effects on photosubstitution reactions in ruthenium complexes! A great collaboration between theoreticians and experimentalists! Congratulations to Matthijs, Michael, and all our co-authors! pubs.acs.org/doi/full/10.10…
Check out my recent preview article!👇
Check out @saraalektiar’s preview article of an innovative report by @sigman_lab and @toste_group on using data science tools to offer a fundamentally different way to think about designing chiral catalysts! bit.ly/3N2bkdT
A nice resource for spectroscopists: #ChatGPT can assign organic functional groups to your Raman shifts! The results need manual checking and do not always include all possible peak assignments, but are a great starting point 🤩 #MolecularPaleobiology
Here we go sulfur team! Finally out thanks to all. Personal favorite is the well compatible turbo-Grignard that allowed my deep dive into heterocyclic sulfoximine space, as well as the painlessly diffracting S(VI) crystals via my crystallographer hands!
Today in @ChemRxiv we report our new chiral bifunctional S(VI) reagent that allows rapid access to enantiopure sulfoximines and sulfonimidamides. Over 70 examples and 5 applications to pharmaceutical synthesis are included. chemrxiv.org/engage/chemrxi…
Amazing podcast series for hard core organic chemists!
Under the Scope Episode 32: Professor James Nowick ⚓ Distinguished Professor at UC Irvine and studies peptide interactions for amyloid diseases, such as Alzheimer's disease, as well as antibiotic teixobactin. podcasters.spotify.com/pod/show/under…
United States Trends
- 1. Chiefs 123 B posts
- 2. Josh Allen 48,3 B posts
- 3. 49ers 38,7 B posts
- 4. Niners 7.563 posts
- 5. Mahomes 34,6 B posts
- 6. Geno 33 B posts
- 7. Bo Nix 15,2 B posts
- 8. Super Bowl 17,4 B posts
- 9. #KCvsBUF 20 B posts
- 10. WWIII 94,7 B posts
- 11. Falcons 19,8 B posts
- 12. Seahawks 26,7 B posts
- 13. Broncos 33,2 B posts
- 14. Kyle 1.078 posts
- 15. Steelers 127 B posts
- 16. Paige 19 B posts
- 17. Ravens 87,1 B posts
- 18. 72 Dolphins 1.145 posts
- 19. Chargers 16,8 B posts
- 20. Bears 117 B posts
Who to follow
-
Juha Siitonen (@juhesiit.bsky.social)
@juhesiit -
Joseph Derosa
@JDerosaChem -
Christian Malapit
@CAMalapit -
Nils.Not
@Nils_Not_ -
Michael Hall
@DrMichaelJHall -
Soufian Tibouti
@SoufianTibouti -
Simon Blakey
@SimonBBlakey -
Gabriele Hierlmeier
@GHierlmeier -
🇲🇾Zulfaqar (Organic Chemist)
@zulfaqarbacho -
Chia-Yu (Jenny) Chen
@Chiayuchenchem -
Zhenhua Jia
@jzhhua -
connor macneil
@connormacneil -
Michael WIllis
@RhPdCu -
Jiaxiang Chu
@ChemJChu -
Sepand Nistanaki
@sep_funnel
Something went wrong.
Something went wrong.