Using geometry, researchers coax light into 6G terahertz “super-antenna”

In paradigm shifting research, Ranjan Singh and an international team of researchers have created a terahertz super-antenna that beams data into open space at speeds about 100 times faster than home Wi-Fi.

Glowing orange light waves travel along and bend around a geometric, triangular-patterned surface, illustrating researchers guiding light through a structured material to form a 6G terahertz “super-antenna.”
EE graduate student Ola Salahaddin Alfahal Abdalsalam

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Several glass vials containing bright blue fluorescent liquid on a dark surface under blue light.

Notre Dame researchers to advance detection and community knowledge of opioids, including new variants

Four teams of researchers across the College of Science and the College of Engineering have been selected to receive …

A thin, stretchable bioelectronic device adhered to a wrist, featuring intricate black circuitry patterns on a transparent film.

Notre Dame ranks among top 100 US universities granted utility patents for third straight year

The University of Notre Dame has earned a spot on the Top 100 U.S. Universities Granted Utility Patents in 2025, a …

Jonathan Chisum, Pat Fay, and Tom O'Sullivan

Chisum, Fay, and O’Sullivan named Senior Members of the National Academy of Inventors 

Three electrical engineers at the University of Notre Dame in the fields of next-gen wireless networks, advanced …

Marko Radosavljevic

Notre Dame Electrical Engineering welcomes semiconductor expert Marko Radosavljević to faculty

The University of Notre Dame’s College of Engineering welcomed Marko Radosavljević to its Department of Electrical …

Glowing orange light waves travel along and bend around a geometric, triangular-patterned surface, illustrating researchers guiding light through a structured material to form a 6G terahertz “super-antenna.”

Using geometry, researchers coax light into 6G terahertz “super-antenna”

Engineers have long focused their efforts on confining signal-carrying photons to chips. Every photon that escapes, …

Anthony Hoffman

Anthony Hoffman Named Optica Fellow

Anthony Hoffman, the John J. Huether Collegiate Professor of Electrical Engineering at the University of Notre Dame, …

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Apr
10
Apr
17

Scaling Robot Safety in the Age of Humanoids and Generative AI

Changliu Liu, Carnegie Mellon
11:30 a.m., April 17, 2026

Explore Electrical Engineering at Notre Dame

Engineering student in the Stinson-Remick clean room

Make great things at nanoscale

This teaching and research Clean Room in Stinson-Remick Hall of Engineering features powerful, industry-grade tools for design and fabrication of integrated circuits and medical devices with nanometer-sized features.

Summer REU Student conducting research

Undergraduate Program

  • Hands-on coursework
  • Engagement in research
  • Exposure to new and emerging technologies

Graduate Program

Our Ph.D. in Electrical Engineering will prepare you for a successful career in industry, academia, or government.

Scott Howard, Associate Professor of Electrical Engineering (standing) with a graduate student in his photonics lab in Stinson-Remick.

Research

Faculty and students in Electrical Engineering are engaged in research in two primary areas — Electrical Circuits and Systems (ECS) and Electronics, Photonics, Materials and Devices (EPMD).

Spotlight on Research in Electrical Engineering

Fighting for the Dignity of Independence

Inspired by his dad’s ALS diagnosis, electrical engineering major John Sexton is working to better equip people confined to a powerchair.

Fighting for the Dignity of Independence video