Developing the Next Generation of Electronics
Electronic devices have become a pervasive part of daily life, and smaller, lower-power devices are enabling new applications every day. VINSE researchers have access to a wide variety of leading-edge and emerging nano-scale devices through in-house fabrication capabilities and an extensive network of partnerships with academic and industry collaborators throughout the world.
Multidisciplinary engineering at the nanoscale is at the heart of applying nanoscience and new materials to create electrical and electromechanical devices. Studying the relationships between material and structural parameters, and mechanisms of device operation, allows VINSE researchers to understand reliability considerations for new classes of devices for use in consumer, medical, space, and military environments.
Featured Publications
Nanoscale
ACS Nano
IEEE Transactions on Electron Devices
Core Faculty
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Michael L. Alles
Electrical and Computer Engineering
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Josh D. Caldwell
Mechanical Engineering
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Xiaoguang Dong
Mechanical Engineering
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Mona Ebrish
Electrical and Computer Engineering
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Daniel M. Fleetwood
Electrical and Computer Engineering
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Daniel L. Gonzales
Biomedical Engineering
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Piran Kidambi
Chemical and Biomolecular Engineering
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Sokrates T. Pantelides
Physics and Astronomy
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Robert A. Reed
Electrical and Computer Engineering
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Ronald D. Schrimpf
Electrical and Computer Engineering
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Kálmán Varga
Physics and Astronomy
Podcasts
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Episode 35: Christian Ornelas – building next generation optoelectronic devices with 2D materials.
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Episode 16: Kaitlyn Ryder – Sending electronics to space.
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Episode 9: James McBride – Imaging the next generation of electronics.