Sofia De Sousa Coutinho

[Mikkel Juelsholt @MJuelsholt]

Delighted to share another work from my time with @brucegroupox out now in EES
We look at how multi-length scale disorder shapes Li-ion transport in lithium argyrodites!
Fun combination of x-rays @DiamondLightSou and neutrons @ILLGrenoble !
https://t.co/0KYfmeT1mY

[Rui Qi @Ruiqi001]

📢 NEW UNIQ+ summer internship opportunity for UK undergraduates. If you are interested in postgraduate study and battery materials, take part in a 7 weeks, full-time, paid intership, hosted by @brucegroupox in @OxfordMaterials. Apply by 18 February.

https://t.co/7z6RMPVG9S

[CATMAT-Faraday Institution Cathodes Project @CATMAT_FI]

📢From our @FaradayInst @CATMAT_FI project, a new @NatureMaterials paper 'Trapped O2 & the origin of voltage fade in layered Li-rich cathodes'.

Great work from @brucegroupox @JJMarie13 @R_A_House @GregJRees & others at @OxfordMaterials @DiamondLightSou.
https://t.co/iCMc3nOCmL

[Robert House @R_A_House]

Voltage fade is a tricky problem for Li-rich cathodes. In @JJMarie13's latest paper, we follow the oxygen redox reaction to uncover how voltage fade arises. Take a look at @NatureMaterials and watch this space for more from the @CATMAT_FI team soon. https://t.co/KPghvHNfYO

[PeterBruceGroupOxford @brucegroupox]

We're recruiting! Are you interested in joining an exciting solid-state battery project? Closing date 28/07/23 @SolbatF @FaradayInst https://t.co/NbpOOWfykh

[PeterBruceGroupOxford @brucegroupox]

Thanks to the CATMAT team for organising a great meeting! Excellent talks from the project and industry.

[PeterBruceGroupOxford @brucegroupox]

We're hiring! We're looking for a PDRA to carry out research on next-generation Li-ion cathode materials as part of the CATMAT project. Closing date 7th July. Full details: https://t.co/WKMCfEmUm2 @CATMAT_FI @FaradayInst

[CATMAT-Faraday Institution Cathodes Project @CATMAT_FI]

📢*Job alert* @brucegroupox at @OxfordMaterials are looking for a PDRA to carry out research on next-generation Li-ion cathode materials as part of the @FaradayInst @CATMAT_FI project.

Details: https://t.co/W2pEOVFblG
Closing date 7th July.
@Chemjobber @ChemPostdocBot

[PeterBruceGroupOxford @brucegroupox]

We are pleased to share our latest work on solid-state batteries, published today in Nature.
In this @FaradayInst project carried out @OxfordMaterials, we describe two distinct mechanisms responsible for dendrite failure of ceramic electrolytes.
https://t.co/hxjMjzKdkw
#BattChat

[Dominic Melvin @DominicLRMelvin]

Check out our latest research regarding Li dendrites in ceramic solid electrolytes!

Link here: https://t.co/nPDlX48bj3

[PeterBruceGroupOxford @brucegroupox]

We are excited to share our new publication in Nature Chemistry: "Why charging Li–air batteries with current low-voltage mediators is slow and singlet oxygen does not explain degradation"
@NatureChemistry @OxfordMaterials #BattChat
https://t.co/MniBkQQapK

[Sofia De Sousa Coutinho @SofiaDeSou]

We are on top of this beamtime @DiamondLightSou 😊
Enjoying the weather while in-situ experiments are running well @I22_DLS 😎
@brucegroupox @FaradayInst @CATMAT_FI @OxfordMaterials

[PeterBruceGroupOxford @brucegroupox]

Yesterday, Peter gave a talk at #S23MRS on the interface between Li anodes and ceramic electrolytes in solid-state batteries, particularly focusing on dendrites and interlayers. Take a look at our recent work to find out more: https://t.co/e3zgZvTcqp

[Diamond Light Source @DiamondLightSou]

On @BBCOxford this morning, @R_A_House spoke to @Brucey1 about his @Forbes #30under30 nomination, and using our I21 beamline to push the boundaries of #EnergyResearch. A truly collaborative effort @brucegroupox, this also represents great “firsts” in science!

[Robert House @R_A_House]

Wow, thank you #ForbesUnder30!
I'm thrilled to be listed among some of Europe's top young scientists and innovators under 30. https://t.co/XpoShPXl46
The future of batteries is coming: Na-ion and beyond!
@RAEngnews @FaradayInst @OxfordMaterials @RoyceInstitute @CATMAT_FI

[Sofia De Sousa Coutinho @SofiaDeSou]

First tweet: beamtime selfie from a double @brucegroupox beamtime on I21 and I22 at @DiamondLightSou with my amazing colleagues @nicolecmitch @jun_chen1 @ThomasOllie @Ruiqi001 @MJuelsholt @R_A_House !
@OxfordMaterials @UniofOxford @FaradayInst

[Robert House @R_A_House]

What happens when electrons are removed from oxide ions in battery cathodes? Our new paper in @NatureEnergyJnl reveals that electron holes can delocalise across the O sublattice, underpinning the reversible high voltage O-redox plateau. Read it all here👉https://t.co/ukh09EnkyV