Our cleanroom helped us create a platform capable of generating superhydrophilic surfaces using a technique called “liquid dielectrophoresis”. They posted our video on Instagram and, in two days, has over 500k views. Work is supported by @NASAKentucky
https://t.co/d0mxzrv8np
Abstracts for Dielectrophoresis 2026 have been extended to January 2! In-person and virtual presentations available. More information at https://t.co/Y13uCzEZ9L. #dielectrophoresis#microfluidics#electrokinetics
Abstracts for Dielectrophoresis 2026 are due by December 15!
We want to make DEP2026 as accessible as possible, with early registration at $275 and virtual attendance options!
More information at https://t.co/iKvVxHOZEH.
#dielectrophoresis#microfluidics#electrokinetics
Congratulations to my hard working students on their published extensive review article on dielectrophoresis of nanoparticles @MDPIOpenAccess Work supported by @NSF https://t.co/UAWdn8Fg1Y
The University of Louisville’s accelerated entrepreneurship training bootcamp has launched a new advanced program that can be completed in just three sessions.
Registration for LaunchIt with @UofLInnovate is now open! Read more at the link to @UofL News! https://t.co/vHWiTvKZSQ
@GrumpyReviewer2@AcademicChatter This happened to me recently. I reviewed a manuscript and told them one of their results was physically impossible and shouldn’t be published in its current form. Well guess what happened…
Pebbles that are slightly curved—rather than completely flat—exert the highest impact forces when dropped onto a watery surface. Understanding these forces is important for naval structure design, spacecraft water landing, and Olympic diving injuries. https://t.co/VLTzx6vY4e
Proud of Tommy Bried of @LouisvilleSD and Lakeside for what he’s accomplished at the Olympic trials (picture of our daughters crossing paths with him while hiking at Red River Gorge)
The UofL Employee Success Center conferred the 2024 Presidential Excellence Awards during a reception on April 18. The awards recognize the employees whose exemplary performance impacts the entire university. Follow the link to read about all the winners! https://t.co/JQ4YtFAdTZ
Great work by our @UofLSpeedEng Capstone team! They helped develop an inexpensive system to chill a sample of bourbon (-20C) and measure its turbidity. We plan to use this as a tool to measure “chill haze” that is, hopefully, faster, less expensive, and more accurate.
Four @UofL innovators have been selected by the prestigious @AcadofInventors for its 2024 class of Senior Members.
NAI Senior Members have demonstrated remarkable technologies that have brought, or aspire to bring, real impact on the welfare of society. https://t.co/NOWQtyPbmy
The difference between a 400lb American made anvil with a hardened steel face and a cast iron body, and a 550lb German anvil with a fully hardened steel body made in pieces then forged together 🔊
[📹 makeeverythingshop]
https://t.co/mod5L4bMCU
We are (briefly) highlighted in an upcoming SpaceX flight. Go to about the 0:44 mark and you'll see the Cardinal logo on our payload! @UofLSpeedEng@NASAKentucky
https://t.co/mSDxTY3FFw