@StranksLab Tweets (home)

Applications now open.

Closing date: 13 Sept 2021.#materials #research #postdoc #pv #energy #lighting https://t.co/4Q1wY7sui0

— Energy Transitions@Cambridge (@EnergyCambridge) August 18, 2021

Open postdoc position to join our team @Cambridge_Uni @cebcambridge @DeptofPhysics using optical spectroscopy to investigate strain in halide perovskites on @LeverhulmeTrust funded project. Exciting collab with @lonepair @ImpMaterials ! https://t.co/NSbrg8sU0g

— StranksLab (@StranksLab) August 17, 2021

Read about why #NMR is a powerful tool to understand #halideperovskites - promising materials for new solar cell + lighting technologies. Collab @DominikJKubicki @SamStranks @GreyGroupCam @lyndon_emsley @cebcambridge @DeptofPhysics @ChemCambridge @EPFL_en https://t.co/HCSey9NW0W

— StranksLab (@StranksLab) August 17, 2021

Wondering why #NMR has suddenly become an essential tool in #perovskite research? Think you might need to get involved? Read about it here in our review in @NatRevChem https://t.co/hBoWVjseRe

with @DominikJKubicki @GreyGroupCam & @SamStranks. Its been a crazy 5 years! pic.twitter.com/fqSd0t4Wnk

— Lyndon Emsley (@lyndon_emsley) August 16, 2021

Do you want to brush up on your understanding of the local structure in #perovskite materials? A very satisfying collaborative effort with @lyndon_emsley @GreyGroupCam and @SamStranks. Generously supported by @MSCActions @HorizonEU @snsf_ch and @RoySocChem https://t.co/5or2czli1x

— Dominik Kubicki (@DominikJKubicki) August 14, 2021

Lead-free Cs₂AgBiBr₆ double perovskite solar cells with reduced toxicity and impressive stability are an amazing alternative to lead-based perovskites; their deposition, however, is complex and challenging.

(Feed generated with FetchRSS)

Amazing to now see PL microscopy recorded during his visit to Cambridge in early 2020 in print. Big thanks to @DrFLang for supervising his visit. @cebcambridge @DeptofPhysics @EPSRC @ERC_Research @royalsociety

— StranksLab (@StranksLab) August 11, 2021