Prof. at ETH Zurich
@ETH_en
| Electrochemical Energy Systems Lab
@lukatskayagroup
@ETH
| energy materials, electrochemical energy storage and conversion
🎉 Exciting news! 🌟
Thrilled to share I was awarded the Starting Grant from
@snsf_ch
.
🔬 We will delve deeper into interfacial chemistry, a key to unlocking prolonged cycling of high-energy battery materials.
🚀 Stay tuned for
#PhD
and
#Postdoc
openings!
#AcademicTwitter
Thank you! It is an honor to be listed, and big thanks to my group and all the colleagues and mentors for the opportunity to work with them and do exciting science!
Congratulations to
@MLukatskaya
, Professor of Electrochemical Energy Systems
@lukatskayagroup
at
@ETH_en
, for being recognized as a Highly Cited Researcher in 2023 by global information service provider
@Clarivate
.
In our recent Energy & Environmental Science
@RSC_Energy
paper we introduce a strategy to make stable
#battery
🔋 interphases (SEI) with fluorinated cations.
Using minute amounts of these cationic additives, we can stabilize the cycling of Li metal anodes
Excited to share this preprint on
"Anion effect in CO2 reduction: from spectators to orchestrators."
Here we reveal the critical role of anions in eCO2RR activity and selectivity.
This work was done in another fruitful collaboration with
@salannema
.
Very proud of my PhD student Shianlin Wee who received the Best Oral Presentation award 🏆 from Materials Research Society
#MRS
for her excellent talk delving into transition metal intercalation in
#MXenes
! Congratulations, Shianlin!👏👏
In our recent work with
@salannema
we present an unusual case of pseudocapacitance where TM intercalant contributes to charge storage and tunes properties of
#MXenes
. Congratulations to my PhD student Shianlin, who led this study!
In our new study with
@salannema
we show enhanced stability and solubility of photoacids with an organic co-solvent.
Tuned solvation environment can enable long-term applications of photoacids, like light-driven CO2 capture.
#chemtwitter
#CO2capture
⚡️Excited to share this preprint where we introduce a strategy to make stable
#battery
interphases using designed organic cations! 🔋
Using minute amounts of these cationic additives, we can stabilize the cycling of Li metal anodes.
At
#ecs245
this week!
It has been >4 years since I was in US last time.
Looking forward to seeing many colleagues!
Our group will be giving multiple talks⬇️
Excited (pun intended) to see our work with
@salannema
on a stable light-driven pH switch based on solvation-tuned photoacids highlighted on the cover of
@ChemMater
!
Proud of my PhD student, Manuel Reiter, who received "Avantama Commercialization Potential Award" for his cool work on molecular additive design for batteries 🔋 ⚡ at MaP graduate symposium last week!
Congratulations, Manuel, on this well-deserved recognition!! 👏 🎉 🎊
Join us on this super exciting journey! We have a joint
#PhD
position open together with amazing
@IngeKHerrmann
on nerve regeneration with help of electrochemistry ⚡️⚡️
This approach is orthogonal to state-of-the-art methods that rely on high fractions of fluorinated anions or solvent molecules to achieve F-rich SEIs.
This work was done in collaboration with the amazing Oleg Borodin and
@FeldblyumGroup
.
@KangXu_Echem
@snsf_ch
Thank you, Kang! That would amazing, as your profile would a perfect fit😉 please let me know next time you are in Europe, would love to invite you to ETH!