Bartosz Szyszko
@szyszkobart.bsky.social
organic supramolecular chemistry www.bszyszko.pl
associate prof. @WCh_UWr, @PAN_AMU, @uniwroc, views my own, personal account
associate prof. @WCh_UWr, @PAN_AMU, @uniwroc, views my own, personal account
New paper now out in OrgLett!
Here we demonstrate that that the synthesis of calix[4]phyrin-based [n]catenanes critically depends on the geometric features of the dipyrromethane-stoppered rotaxane substrate.
Here we demonstrate that that the synthesis of calix[4]phyrin-based [n]catenanes critically depends on the geometric features of the dipyrromethane-stoppered rotaxane substrate.
June 5, 2025 at 7:54 PM
New paper now out in OrgLett!
Here we demonstrate that that the synthesis of calix[4]phyrin-based [n]catenanes critically depends on the geometric features of the dipyrromethane-stoppered rotaxane substrate.
Here we demonstrate that that the synthesis of calix[4]phyrin-based [n]catenanes critically depends on the geometric features of the dipyrromethane-stoppered rotaxane substrate.
We are recruiting!!!
One fully funded position for PhD student (48 months) is available under the Preludium BIS NCN grant. The selected candidate will conduct research on the use of iminopyrrole self-assembly for constructing new cages and macrocycles. More information:
bszyszko.pl/contact.
One fully funded position for PhD student (48 months) is available under the Preludium BIS NCN grant. The selected candidate will conduct research on the use of iminopyrrole self-assembly for constructing new cages and macrocycles. More information:
bszyszko.pl/contact.
February 3, 2025 at 8:55 PM
We are recruiting!!!
One fully funded position for PhD student (48 months) is available under the Preludium BIS NCN grant. The selected candidate will conduct research on the use of iminopyrrole self-assembly for constructing new cages and macrocycles. More information:
bszyszko.pl/contact.
One fully funded position for PhD student (48 months) is available under the Preludium BIS NCN grant. The selected candidate will conduct research on the use of iminopyrrole self-assembly for constructing new cages and macrocycles. More information:
bszyszko.pl/contact.