
Sam Confederat
@sconfederat
PhD single-entity nanoelectrochemistry @SENTINEL_ITN @universityleeds| Traveler | Nature lover
ID: 1159955181431336960
09-08-2019 22:30:40
76 Tweet
153 Followers
299 Following

Great work Vittorio Saggiomo (@[email protected]) I must say it goes well with our preferred Nespresso capsules in the officeš

Super excited to visit for the first time our new Bioelectronics home at The Bragg Centre and Royce at Leeds! Can't wait to set everything up... Fabio Marcuccio Sam Confederat @Chalmazers Elena Mancinelli Paolo Actis Virginia Pensabene Ellen Slay Agata Szuba Anna Leach


Amazing! Nanoscale #emoji! We are so proud of our work with Research in Schools and Henry Royce Institute, which is making advanced #materialsscience and nanoscale #engineering accessible and engaging for high school students. Lots of #smiles all round with this one! š #inspiring



Sometimes I get the question about #OpenHardware: What's next? Building an NMR? Now the answer is YES!!!! Me and JuliaRKrug are looking for a PhD for, well, building an Open NMR :D possibly with background in electronics/physics and happy to build stuff. #NMRchat and pls RT

A Tweetorial about our recent work ACS Nano on polymer-electrolyte nanopore. Super collaboration between Fulbright College of Arts and Sciences Understanding Life in Molecular Detail The Bragg Centre and Royce at Leeds brilliantly delivered by @Chalmazers Fabio Marcuccio Dimitris Soulias pubs.acs.org/doi/10.1021/acā¦


Last week a brilliant bunch submitted this invited review on high throughput nanoelectrochem bit.ly/3OFpXTC doi.org/10.26434/chemr⦠All credit to Frederic Kanoufi Paolo Actis Pat Unwin @paolo_ciocci Sam Confederat Fabio Marcuccio Xiangdong Xu dhivagar valavan Marie SkÅodowska-Curie Actions #H2020


Glad to see this work published! Brilliant collaborative work lead by Fabio Marcuccio Dimitris Soulias Edwards Lab providing a mechanistic description of the enhanced sensitivity of a nanopore in 50% PEG...



Check out my first first author paper of my PhD out now in Nature Biomedical Engineering ! We utilize solid state #nanopore sensing and #dna #nanotech as a way to assay #CRISPR #Cas9 binding efficiency!
