Forgot Details?

Welcome to the Plietker Research Group

print view
get Newsfeed News
Min received a scholarship.

Min got the Chinese Government Scholarship by the CSC (Chinese Scholarship Council). Congratulations, Min!

Samuel has finished his Ph. D.!

Congratulations, Samu! We all wish you just the best for your future!

Johannes' paper on cycloisomerisation of aryl allenyl ketones was accepted for publication in Organic Letters!

Johannes was able to show that aryl allenyl ketones smoothly rearrange in the presence of the cationic iron catalyst [Fe(CO)(NO)(PPh3)2][BF4] to yield 3-arylidene indanones. Well done and congratulations!

Felix is joining the group for his M. Sc. thesis.

Welcome, Felix! Felix is going to work on Fe catalysis. We all wish you a nice time in the lab as well as a lot of success for your chemistry.

Franzi Schumacher has finished her M. Sc. thesis!

Franzi 2 has successfully finished her undergraduate studies. Congratulations, Franzi! Before she is going to pursue her Ph. D. in our group, she will be at Merck in Darmstadt for an internship. We all wish you a lot of fun there!

Daniel, Niklas and Alexander have finished their B. Sc. theses.

The three guys have successfully finished their Bachelor studies! The group wishes you all the best for your M. Sc. studies.

Che-Hung has finished his Ph. D.!

Congratulations, Che-Hung! All of us wish you the best for your future!

Marina Fuhrer has joined the group for her Ph. D.

Marina has returned to the group for her Ph. D. Welcome back! Marinas work will be focused on Fe-catalysis as well as natural product synthesis.

Isabel has finished her Ph. D.!

Isabel has finished her Ph. D.! Congratulations, Isa! We all wish you a lot of new things to learn and also a lot of fun for your postdoc in the Ward group at Basel!

Min Zheng has joined the group for a Ph. D. thesis.

Min will be doing catalysis for her Ph. D. studies. We wish you a lot of fun and success!

<< Previous Page 6-15 of 117 Next Page >>

Entwicklung neuer übergangsmetallkatalysierter Reaktionen zum gezielten Aufbau von neuen C-C-, C-N-, C-S- und C-O-Bindungen, asymmetrische Synthese, Entwicklung einer parallelen, automatisierbaren, modularen Kohlenhydratsynthese zum Aufbau strukturell definierter Substanzbibliotheken, Naturstoffsynthese.

Development of transition metal catalyzed reaction for the selective generation of new C-C-, C-N-, C-S- and C-O-bonds; asymmetric synthesis; development of a parallel, automatable, modular carbohydrate synthesis for the generation of a structural defined substance library; natural product synthesis.