Huge thanks to @CornellNews for featuring our latest work on #3dprint superconductors. The TL;DR: a superconducting property is mapped onto a macromolecular characteristic, a first-of-its-kind correlation, all enabled by #AdditiveManufacturing.
A decade after they demonstrated that soft materials could guide superconductor formation, @Cornell researchers have devised a 3D-printing method that produces superconductors with record properties. @NatureComms@CornellEng@CornellCAS@GroupWiesner https://t.co/FCNILi60NS
With record surface areas, #3dprinted porous NbN exhibited superior nanoconfinement-induced critical fields—a rare yet beautiful convergence of soft matter, condensed matter physics, and additive manufacturing.
Check out our latest publication in @NatureComms!
https://t.co/mdKPc51Msk
For the first time, we demonstrated #3dprinted hierarchically ordered transition metal compounds directed by block copolymer self-assembly.
@CornellMSE@CornellEng
@FortinAiyana's preprint on SSRN is a recent Top Paper in the Biomaterials eJournal Top Ten, Nanomaterials eJournal Top Ten, and the Rheumatology & Orthopedics eJournal Top Ten. View the preprint here (https://t.co/IvEhatnCti)!
@CornellBME@CornellMSE@GroupWiesner#NSFfunded
🎉 Congrats CALS prof emeritus Herb Aldwinckle, elected @AcadofInventors fellow alongside @CornellEng prof. Ulrich Wiesner (@GroupWiesner).
Aldwinckle's rsrch has focused on disease management in plants & strengthening plant varieties. https://t.co/dspZVkJwsc
Check out our #viewsmilestone for our paper on Oral Delivery of C'dots reaching 1000 views on Advanced Materials!
https://t.co/r6UriblyuC
#AcademicChatter#Materials
Check out our preprint on 3D-printed superconductors with mesoporous structures directed by block copolymers. We demonstrated enhanced superconducting properties due to nanoconfinement. Truly at the interface of soft matter & condensed matter physics! https://t.co/NyNsugy8JC
💊“[Dr. Dorin's] success story exemplifies the positive impact of the #BayhDole Act, which allows universities to translate groundbreaking federally funded #research into real-world solutions...”
Read this @CornellNews press release on #BayhDoleFOAI 2024 honoree Dr. Rachel Dorin! https://t.co/UfheAwo2BJ
Super exciting news! Rachel Dorin a Wiesner group alum and founder of Terapore Technologies was awarded Bayh-Doyl Coalition's American Innovator Award!!
https://t.co/9jp6Y8ERjk @CornellEng@CornellMSE@BayhDole
New preprint alert🚨. We modulated endocytosis in osteocytes in vivo, observed changes in uptake of nanoparticles in real time, and found some interesting sexual dimorphisms! @GroupWiesner@CornellEng@CornellBME https://t.co/GOHFzrgfsQ
Check out our super exciting paper in @NatureNano on high resolution 3D imaging of topological textures in nanoscale single-diamond networks! @CornellMSE
https://t.co/WSU8zwKgWh
Excited to be featured in @CornellNews highlighting our collaborative work on the 3D reconstruction methods for analysis of property-defining defects! @CornellMSE@CornellEng
https://t.co/KZcYfQM9Md
Check out this exciting piece on the journey of Terapore Technologies from research here at Cornell to launching their first product on the market! @CornellMSE@CornellNews@CornellEng
https://t.co/ND93RMWCWO
Super excited to highlight Terapore Technologies the first IsoBlock V line for parvovirus removal from biopharmaceuticals! Check out Rachel Dorin, CEO of the company and Wiesner group alum in the link below!
https://t.co/dI9Im8lvvf