Bruker Thesis Prize
The ESR Group of the Royal Society of Chemistry and Bruker Corporation are pleased to announce the 5th Bruker ESR Thesis Prize, set up to recognise outstanding work by PhD students in the field of ESR Spectroscopy. The winner will give a prize lecture at the 52nd RSC ESR Group Meeting being held at University of Glasgow 9th–11th April 2019. The rules of the competition are:
1. To be eligible for the Bruker ESR Thesis Prize, the thesis defence (a viva voce examination or equivalent) must have taken place within 730 days of the deadline.
2. Applications should be submitted by the thesis author and must include a one-page summary, as well as letters of support from the thesis supervisor and one of the examiners (the external examiner where possible).
3. Theses that were previously submitted for the 2018 competition are still eligible if they fall within the dates above; authors of such theses should contact Ilya Kuprov (as below) but need not resubmit the paperwork.
Submissions will be shortlisted by the RSC ESR Group Committee. Each of the shortlisted works will be sent to an expert reviewer, appointed by the Committee, for comments on quality, importance and impact. The Committee will then collate reviewer comments and make an award decision. Applications are now open – The deadline for 2019 Bruker Thesis Prize applications is 12:00 (UK time) on 01 December 2018.
Applications should be sent, in the form of four PDF files (one-page summary of the thesis, the full thesis, supervisor support letter, examiner support letter) to the ESR Group Secretary — Dr Ilya Kuprov (firstname.lastname@example.org).
Past Bruker Thesis Prize Winners
2018: “Magnetic Resonance with Quantum Microwaves”, Dr Audrey Bienfait, CEA-Saclay, France.
2017: “Frequency-Swept Microwave Pulses for Electron Spin Resonance”, Dr Andrin Doll, ETH Zürich, Switzerland.
2016: “Uncrossing wires: EPR reveals spin delocalization in porphyrin nanoassemblies”, Dr Caludia Tait, University of Oxford, UK.
2015: “Frequency Dependence of Nitroxide Relaxation from 250 MHz to 34 GHz”, Dr Joshua Biller, University of Denver, US.