VINSE Faculty News
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Rosenthal guest columnist for the Tennessean: Mental illness is more common than most people realize
Click here to read column … Read MoreJul. 26, 2021
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Lin recipient of the inaugural round of The Office of the Provost Seeding Success Grant program
Congratulations to VINSE member Dr. Shihong Lin one of 15 recipients of the inaugural round of The Office of the Provost Seeding Success Grant program for his project on “Single-layer and Conductive Graphene Membrane for Electro-regulated Selective Solute Separation”. Read MoreJul. 15, 2021
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Engineers’ groundbreaking discovery points to a new route to create thermal superconductors
The relentless increase in heat loads imposed on devices in modern technologies is driving renewed interest among engineers and materials scientists in the area of heat transfer. A key challenge is finding approaches to enhance the materials’ capability of conducting heat. Deyu Li A team of engineers led by Vanderbilt… Read MoreApr. 29, 2021
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Research Snapshot: New microscopy technique unveils feature that can shape applications of a class of quantum materials
A team of researchers led by Oak Ridge National Laboratory microscopist Miaofang Chi and Vanderbilt theoretical physicist Sokrates Pantelides has used a new Scanning Transmission Electron Microscope technique to image the electron distribution in ionic compounds known as electrides— especially the electrons that float loosely within pockets and appear separate from the… Read MoreApr. 23, 2021
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A drop of rubbing alcohol and office laminator provides manufacturability boost for single atom thick membranes
Vanderbilt engineers used a drop of rubbing alcohol, an office laminator and creativity to develop scalable processes for manufacturing single atom thin membranes. Their membranes outperformed state-of-the-art commercial dialysis membranes and the approach is fully compatible with roll-to-roll manufacturing. Details of the imaginative experiment are recently published in the journal of… Read MoreMar. 31, 2021
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Photonics discovery portends dramatic efficiencies in silicon chips
Researchers devised a hybrid, hyperbolic-silicon photonic waveguide platform that transmits mid-IR and near-IR light at the same time, on the same chip, demonstrating dual-band optical processing. Illustration: Caldwell Lab A team led by Vanderbilt engineers has achieved the ability to transmit two different types of optical signals across a single chip… Read MoreMar. 24, 2021
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Leon Bellan among five engineering faculty recognized with innovative teaching awards
The extraordinary, creative efforts of five engineering faculty members to adapt to their new teaching environments in Fall 2020 were recognized recently with a Teaching Innovation Award from Philippe Fauchet, Bruce and Bridgitt Evans Dean of Engineering. The honorees quickly converted their in-person classes to online formats due to the… Read MoreMar. 17, 2021
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Inspiring Women in STEM: Interview with Prof Sandra J Rosenthal
Valpo Women in STEM interview Dr. Sandra J. Rosenthal, Professor of Chemistry, Biomolecular & Nanoscale Engineering at Vanderbilt University. Dr. Rosenthal is the ACS Herty Medalist and SEC Distinguished Faculty award winner as well as former VINSE Director. Watch Instagram Interview Now Join in at 6:53… Read MoreMar. 15, 2021
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Dr. Alice Leach Receives Grant from VentureWell
We’re proud to announce that Dr. Alice Leach recently received a VentureWell Faculty Grant in recognition of their commitment to inclusive support of students who are creating innovations for positive social and environmental impact! This funding will support a new course providing entrepreneurial students with conceptual and experiential learning opportunities… Read MoreFeb. 25, 2021
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Optical computing at sub-picosecond speeds developed at Vanderbilt
by Marissa Shapiro Jan. 14, 2021, 1:05 PM Vanderbilt researchers have developed the next generation of ultrafast data transmission that may make it possible to make already high-performance computing “on demand.” The technology unjams bottlenecks in data streams using a hybrid silicon-vanadium dioxide waveguide that can turn light… Read MoreJan. 14, 2021