Streaming Live This Fall: Terahertz – the Next Frontier for Communications and Electronics

The next frontier for ultra-fast computing and wireless communications – the terahertz electromagnetic spectrum – will be examined in a series of seminars by foremost scientists and engineers in the field. Organized by the NYU WIRELESS research center and NYU Tandon School of Engineering’s Electrical and Computer Engineering Department, the series at the school’s Brooklyn, New York, campus will be streamed for NYU WIRELESS industrial affiliate sponsors and the public and archived for later viewing.

“Circuits: Terahertz (THZ) and Beyond” will explore the vast unknown that lies between the optical spectrum and the millimeter wave (mmWave) frequencies that will soon carry massive amounts of data in 5G, or fifth generation, of cellphone devices. Physicists, mathematicians, and engineers have been working for decades trying to solve fundamental challenges of the THz spectrum and pushing the boundaries of quantum nanoelectronics in the hope of unlocking even more gains for communications, computing, sensing, and materials.

“Recent breakthroughs in THz research, quantum computing, and nanotechnology have opened exciting new vistas for the future of electrical and computer engineering, and NYU has made major investments in these promising areas already,” said Professor Theodore (Ted) S. Rappaport, director and founder of NYU WIRELESS. “While we have pioneered the use and understanding of mmWave frequencies for 5G, it is clear that new knowledge will be needed to bridge the gap between the fundamentals of these new areas with the design and fabrication of devices. In keeping with the NYU WIRELESS tradition, we also seek to amplify the global conversation in these exciting areas by organizing this series and making it free and open to all.”

“The spectrum also holds great promise for communications and networks – both strongholds of NYU Tandon research – as well as sensing and optics,” said Professor Ivan Selesnick, chair of the department. The THz seminar series reflects our commitment to both educate students and foster the pursuit of new important research areas in electronics and wireless communication.”

“This new series will bring leaders in this emerging field of study to Brooklyn, to the benefit of our students, faculty, and all of New York, as well as scholars worldwide,” said new NYU Tandon Dean Jelena Kovačević, whose academic background is electrical and biomedical engineering. “Our faculty and NYU WIRELESS established Brooklyn as a world-renowned center for mmWave technology, and the excitement is palpable here as they explore technologies that will drive communication and computing decades hence.”

The inaugural seminar, on Wednesday, September 5, 2018, will feature Aydin Babakhani speaking on “Silicon-based Integrated Sensors with On-chip Antennas: From THz Pulse Sources to Miniaturized Spectrometers.” An associate professor of electrical and computer engineering at the UCLA Henry Samueli School of Engineering and Applied Science and director of the Integrated Sensors Laboratory at UCLA, Babakhani’s research could have major implications for biomedical devices. For example, Babakhani designed a wireless, battery-free pacemaker that receives energy through radio frequency radiation and eliminates the need for risky surgeries to replace batteries.

All seminars begin at 11 a.m. Eastern and can be watched at For more information, including the full schedule of speakers, locations, and the department’s acclaimed series on artificial intelligence, visit

“Circuits: THz and Beyond” is organized by NYU Tandon faculty members Shaloo Rakheja, Davood Shahrjerdi, Ramesh Karri, and Ted Rappaport.

NYU Tandon’s Department of Electrical and Computer Engineering has a long tradition of excellence in teaching and research, dating to 1885. The department rose to prominence in the mid-twentieth century for work in microwaves, communications, electrical machinery, and automatic control. Currently, its faculty and NYU WIRELESS are prominent in mmWave technology, massive MIMO, hardware security, networking, signal processing, and the smart grid. Its research activities are organized into five major areas: Communications, Networking and Signal Processing/Machine Learning; Systems, Control and Robotics; Energy Systems, Smart Grids and Power Electronics; Electromagnetics and Analog/RF/Biomedical Circuits; and Computer Engineering and VLSI.