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Pleased to see our work highlighted on the DOE office of Science homepage!@doescience @UMNews @UMNCSE
These "smart" materials deserve an A+! @UMNews, @PNNLab & @UWMadison researchers developed a better way to make very thin layers of perovskite oxide semiconductors. These smart materials could potentially be used in sensors and electronics: cse.umn.edu/college/news/res…
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Check out our brief review of state-of-the-art oxide MBE just published in @Device_CP by Cell Press, highlighting key breakthroughs synthesis innovations. Congrats @ Rashmi Choudhary! cell.com/device/fulltext/S26…
@doescience @AFOSR @NSF @UMNCSE
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Just published in @NanoLetters In close collaboration with Chris Bartel's group, We reveal growth mechanisms of rutile GeO₂ and (Sn,Ge)O2 films via hybrid MBE. #WideBandgapSemiconductors #HighPowerDevices @NSF @AFOSR @UMNCSE
pubs.acs.org/doi/epdf/10.102…
Excited to share our invited review article, just published online in Science Advances! @AFOSR @doescience @UMNCSE
From oxide epitaxy to freestanding membranes: Opportunities and challenges | Science Advances science.org/doi/10.1126/scia…
🔬 It’s time for oxide membrane and MBE! - our latest paper led by my student @shivasheesh99 published in ACS Nano (pubs.acs.org/doi/full/10.102…) has just been featured on the journal cover! #MyACSCover ; @doescience @AFOSR @UMNCSE @MkhoyanL
As we reflect on 2023; it was a great year for basic research! We've compiled our #top9 posts, highlighting some of the fantastic #basicresearch accomplished in 2023. Check out the innovative research here: linktr.ee/afosrtop9 @AFResearchLab #Science #STEM #YearInReview
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Exciting News! Our latest paper published in ACS Nano (pubs.acs.org/doi/10.1021/acs…) has just been featured for the journal cover! #MyACSCover @ACS4Authors @doescience @AFOSR @UMNCSE @NSF
Congratulations to Sreejith Nair @Sree_Nair7 on winning the prestigious North America MBE Outstanding Student Award! 🏆 #NAMBEAward #OutstandingStudent #ProudAdvisor work funded by @doescience @AFOSR
#NAMBE2023 what a wonderful start of the meeting! Great to see you all!!
We cracked the "hump-like" anomaly in SrRuO3 films' Hall curves! Our latest ACS Nano paper reveals how hybrid MBE and source material chemistry unlocked minimal disorder films, setting a NEW world record! @doescience @AFOSR @NSF @UMNCSE pubs.acs.org/doi/full/10.102…
Congratulations to my amazing grad students, Anusha K. Manjeshwar and @shivasheesh99 on their outstanding achievement at the 2023 MN AVS Symposium! Anusha won first place and an $800 travel award; Shivasheesh won third place and a digital microscope.@doescience @AFOSR @UMNCSE
Our latest paper published in ACS Nano unveils the power of hybrid MBE for doping the undopable CaSnO3 - a novel ultrawide bandgap perovskite semiconductor with direct band gap @AFOSR @NSF @UMNews @Cornell @UDelaware @DrexelUniv @acsnano @scienta_omicron pubs.acs.org/doi/full/10.102…
Amazing to see our work, also featured on the cover of @NanoLetters (pubs.acs.org/doi/full/10.102…) highlighted by AFOSR’s art of science showcase!! @AFResearchLab @UMNCSE @MkhoyanL @andrea_alu RichardsJames, Yohannes Abate!
Hosting a picnic is always fun - like this image showing a "picnic blanket" pattern of two different crystallographic phases courtesy of Bharat Jalan!
You can have your #STEMart shown by taking part in @AFOSR's 2023 #ArtofScience showcase: bit.ly/AFOSRAOS23
#AFResearchLab
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it was a pleasure to host Prof. Kevin Storr (@storrkevin) of Prairie View A&M University, Texas in our lab. He gave an excellent talk, and interacted with students. We look forward to our collaboration! @AFOSR @NSF
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It was a pleasure to host Dr Seung-Hyub Baek of KIST, S Korea in my lab. He gave an excellent talk, and interacted with students. We look forward to our collaboration! @KIST, @UMNCSE
Clean + clean = clean; Can the clean + dirty = clean ? we show exactly this is possible using the tricks of materials science + chemistry, opening new ways to create novel quantum materials!! #Scilight @AIP_Publishing @AFOSR @NSF @UMNCSE @scienta_omicron
doi.org/10.1063/10.0019936
I am pleased to share our work led by my student @Sree_Nair7 on navigating material synthesis at atomic scale by harnessing the power of epitaxial strain! Many thanks to our key collaborators: @MkhoyanL @RBComes @UDelaware @AuburnU @argonne. Thanks to @doescience @AFOSR @NSF !!
New content online: Engineering metal oxidation using epitaxial strain dlvr.it/SpRX62
Our collaborative work towards Pb-free ferroelectrics. @doescience @CPEC_UMN
Replying to @JVSTAB
@JVSTAB article on Sn-modified #BaTiO3 replacement for Pb-containing relaxor-based thin film devices from @JalanMbeLab, @UMNews Gopalan lab @PennStateMatSE James LeBeau @mit_dmse
avs.scitation.org/doi/10.111…
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Pleased to share our work published in Sci. Adv. on the synthesis of epitaxial SrTiO3 nanomembranes for their function as dielectric, metal and superconductor. @doescience @AFOSR @UMNCSE science.org/doi/10.1126/scia…


















