Please RT: We have an open PhD position on "ENGINEERING QUANTUM STATES IN MOLECULAR ARCHITECTURES" and are looking for candidates interested in doing a PhD in our lab in @nanoGUNE 👇👇
https://t.co/PqCrZDgb9O
@springfetopen@DIPCehu@FPIs_Lucha@phdjobs
¿Qué falta en la película Oppenheimer? Cómo no... las mujeres.
Las científicas detrás del Proyecto Manhattan que la nueva película de Nolan ignoró por completo https://t.co/431Rm5o2NY
We're proud to present our 2023 Emerging Investigators and showcase articles from these incredible rising stars in nano research! ⭐ Congratulations to all of our featured authors!
Read the collection 👉 https://t.co/BNfK78uuOy
Meet the scientists 👉 https://t.co/KgnYkEb6L4
El degà de la Facultat de Química, Miquel Vidal, comunica amb enorme tristor a la #comunitatUB la defunció de Juan Novoa, Professor Catedràtic de Química Física del centre
🖱️https://t.co/l9bOXpVgrZ
Checkout the front cover for our recent article @ChemicalScience. This exciting research is something we are very keen to continue!@CurtinChem. Thanks for the brilliant designer of the cover @mollyk_p and her team!
Molecular Chemists Demonstrate the Potential to Electronically Deactivate SARS-CoV-2 Spike Protein as It Conducts Electricity via Gold and Silicon https://t.co/BypDegMqHc
PhD offer in molecular detection combining optical trapping and spintronics under electrochemical control, more information...
https://t.co/g06b81xgeB
DEADLINE: 2023-01-25!
Please retweet, interested people PM.
#RecercaUB | 🧪 La revista @NatureComms ha destacat un article liderat per l’equip de @PuigmartiLuis, de @QuimicaUB i de l’@IQTC, sobre un nou dispositiu per controlar la funcionalitat de materials basats en el grafè.
👉 https://t.co/7BssM8S83Q
ICYMI! @ACAragonesPhD has been featured in the 2023 @nanoscale_rsc#EmergingInvestigator collection (https://t.co/u7lvKy1Etl)! 🎉 Check out his work providing mechanistic insights into plasmon-controlled nanogaps using #MachineLearning here! 👇
https://t.co/ynRjvWDDqc
Very happy to announce our latest work on plasmonic capture combined with machine learning algorithms to study the nearfield effects on the kinetics of molecular capture and release. @nanoscale_rsc
https://t.co/N3xSkupS4F