For a better experience, click the Compatibility Mode icon above to turn off Compatibility Mode, which is only for viewing older websites.

2018

    • Campus Digest

      Campus Digest — December 2018

      December 20, 2018

      Welcome to your “Campus Digest,” a new DrexelNow feature aimed at keeping students and their families abreast of campus news, happenings and opportunities.

      Read More

    • Bruce Katz, left, and Jeremy Nowak.

      Drexel’s Nowak Metro Finance Lab Vows to Make Cities More Inclusive

      December 10, 2018

      The newly created lab in the University’s Lindy Institute for Urban Innovation honors a pioneering partner while looking ahead to the future of cities.

      Read More

    • capacitors

      Addressing the Elephant in the Circuit — Finally, a Shrinkable Alternative for Capacitors

      December 07, 2018

      One of the last remaining unshrinkable obstacles blocking the progress of fully integrated, wearable technology is the clunky component that absorbs and disburses stray electricity and converts alternating current from a power source into the direct current used by most devices. Due to a meager selection of materials that can perform those diverse functions, these components — called electrolytic capacitors — tend to be a limiting factor when it comes to downsizing electronics. But a breakthrough by materials science and engineering researchers at Drexel University and Sungkyunkwan University in Korea could eventually replace them with a capacitor so thin and flexible that it’s literally painted on.

      Read More

    • Heard Around Campus

      Heard Around Campus — August

      August 28, 2018

      In the last full month of summer term, a lot has happened for Drexel faculty and staff to be aware of as they prepare for the return of students in September.

      Read More

    • ferroelectric domain wall material

      Once a Performance Barrier, This Material Quirk Could Strengthen Our Telecommunication Connections

      August 20, 2018

      Researchers who study and manipulate the behavior of materials at the atomic level have discovered a way to make a thin material that enhances the flow of microwave energy. The advance, which could improve telecommunications, sheds new light on structural traits, generally viewed as static and a hindrance, that, when made to be dynamic, are actually key to the material’s special ability.

      Read More

    • crystalsome

      Drexel's Polymer Pill Proves it Can Deliver

      August 01, 2018

      Selecting the right packaging to get precious cargo from point A to point B can be a daunting task at the post office. For some time, scientists have wrestled with a similar set of questions when packaging medicine for delivery in the bloodstream: How much packing will keep it safe? Is it the right packing material? Is it too big? Is it too heavy? Researchers from Drexel University have developed a new type of container that seems to be the perfect fit for making the delivery.

      Read More

Page 1 of 5 > >>