The TG group congratulates with Amy, who successfully defended her thesis, “Supramolecular soft materials and structural studies of a series of BTA and pyridine-dicarboxamide derivatives with various d-metal ions”. Amy’s thesis was examined by Prof. Jonathan Steed from Durham University.
Amy’s PhD was funded by the SFI and expanded the work of the group on BTA motif-based molecules which resulted in several paper, the most recent a ChemmCommun. We all at TG group wish together Amy best of luck for her future and whatever it will have in store for her!
The whole TG group congratulates with Anna, who succesfully defended her PhD Thesis “Anion-Templated Self-Assembly – From Anion Complexes to the Formation of Supramolecular 2D Networks”. Anna’s Thesis was examined by Prof. Steve Goldup from University of Southampton.
Anna joined the TG group at first as an exchange student, then came back and started her PhD, working on tripodal bta-urea motifs. Sadly, she also leaves the group, and for this we wish her for all the best in her future!
The Gunnlaugsson Group welcomes the start of the new academic year and, with it, the arrival of new members of the group! This year, in fact two students will start their PhD projects in the TG group, Shauna Donohoe and Deirdre McAdams. For Deirdre it is a return, as she completed her final year research project in the TG group before graduating in Medicinal Chemistry in 2016. After graduating, Deirdre worked in the USA. Shauna graduated in Chemistry in Maynooth University in the group of former group member Rob Elmes. Both of them have been awarded with the Irish Research Council Scholarship and will work respectively with Ruthenium polypyridyl complexes for biological applications and with ligands based on 2,6-pyridinedicarboxylic acid and BTP motifs.
Together with Deirdre and Shauna, the TG Group welcomes Irene de la Iglesias, an Erasmus Master Student from the Universidad Complutense de Madrid. Irene will work on tripodal urea systems for her final research project.
Good Work and once again welcome to the TG group!
The whole TG group bids farewell to Dr Sankarasekaran Shanmugaraju, who is leaving the group after four years filled with research and achievements thanks to which he was assigned the professorship at the IIT Palakkad, where he will start a new chapter of his life and career. We salute a great collaborator and mentor to many students in the group. All the best, Raju!
Left to right, Raju, Bruno and Sachi at the goodbye lunch. Yes, we’re sure it’s not Bruno who’s leaving!
As every year, Senior sophisters are joining the TG group in the lab for their final year projects. This year, the group welcomes Declan, Chris and Patrick. They will be working with Adam, Sachi and Dawn on projects involving BTA, BTP and Naphtalamides. Welcome and good work!
From left to right: Chris, Declan and Patrick.
The TG group welcomes Jonas Rickhoff, a visiting student from Westfälische Wilhelms-Universität Münster. Jonas will stay to work on a three-months project focused on Trögers base-derived macrocycles and azobenzene-functionalised Trögers bases for photoswitching and chemosensor applications.
Many congratulations to Trinity College Dublin team Dr. Oxana Kotova, Dr. Steve Comby, Dr. Komala Pandurangan (now at Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR)), Dr. Floriana Stomeo (now at IPSEN Pharma), Dr. John E. O’Brien and Dr. Martin Feeney who in collaboration with Dr. Robert D. Peacock from University of Glasgow and Prof. Colin P. McCoy from Queen’s University Belfast who have had their paper entitled “The effect of the linker size in C2-symmetrical chiral ligands on the self-assembly formation of luminescent triple-stranded di-metallic Eu(III) helicates in solution” accepted in Dalton Transactions.
The article discussed the formation of chiral, luminescent [Eu2:L3] assemblies with high stability constants in solution. However, it was found that the composition of the assemblies in the solid state was more complex. The chirality of the studied systems allowed us to investigate their formation using various techniques including circular dichroism and circularly polarised luminescence spectroscopies and help their development towards materials for the applications in electronics for virtual reality applications (3D screens) and in medical diagnostic.
The article is available online at: https://pubs.rsc.org/en/content/articlelanding/2018/dt/c8dt02753f#!divAbstract