In the last decade, the field of sub-terahertz (0.1-0.3 THz) and terahertz (0.3-10 THz) band communication and sensing has drastically evolved. This technology has become a crucial element not only to address the needs of the forthcoming generation of communication systems, i.e., 6G and beyond, but also to provide unparalleled possibilities in developing physically secure networks. The properties of terahertz radiation (frequency, wavelength, and photon energy) have the potential to revolutionize defense communication and sensing applications. These include the ability to establish secure, high-speed data links to transmit critical information in remote and high-stress locations, all while providing unprecedented radar capabilities to detect and classify targets. However, efficient terahertz wireless requires overcoming several challenges, which include the development of compact, high-power, and energy-efficient transceivers and dynamic antenna systems; propagation and channel modeling in the near and far fields, and on the ground, in the air and in space; advanced waveform and wavefront designs, and implementing reliable MAC and network layer solutions.
The IEEE 3rd International Workshop on Terahertz Communications, Sensing, and Security will be held in conjunction with the IEEE Military Communications Conference (MILCOM) in Washington, D.C. National Capital Region, USA, on October 12-16, 2026. This interdisciplinary workshop invites researchers from various fields, including terahertz materials, devices, and packaging, as well as communication, signal processing, networking, sensing, and security. We seek original, unpublished work that is not under review in other venues. The areas of interest include, among others:

- Terahertz transceiver and component design
- Terahertz antennas, antenna arrays, reflect-arrays and metasurfaces
- Terahertz relaying and routing systems
- Terahertz propagation characterization, channel modeling,
- System-level modeling of terahertz systems
- Ultra-directional beamforming and wavefront design
- Ultra-broadband modulation and waveform design
- Terahertz networking protocols: medium access control, relaying, routing, end-to-end reliability
- Interference, spectrum sharing, and coexistence above 100 GHz
- Non-terrestrial terahertz networks
- Terahertz sensing: radar, localization, imaging, and spectroscopy
- Joint terahertz communication and sensing techniques
- Physical layer security, jamming, and eavesdropping
- Secure network architectures
- Information theoretic analysis of terahertz sensing and communications
- Machine learning and artificial intelligence in terahertz systems
- Experimental platforms and demonstrations for terahertz communications, sensing and security applications

Important Dates:
Paper Submission: 12 August 2026
Acceptance Notification: coming soon
Camera-Ready: coming soon

Keynote Speaker(s):
Wooram Lee, Pennsylvania State University

Submission Guidelines:
All paper submissions should be written in English with draft papers up to six (6) printed pages in length, two-column, single-spaced with 10-point font on US Letter paper.  Final papers that exceed six (6) pages will be assessed a per-page over-length charge of US$100/page, up to a maximum of eight (8) total pages. Standard IEEE Transactions template for Microsoft Word and LaTeX formats can be found at:  https://milcom2026.ieee-milcom.org/submission-guidelines

Submissions through EDAS: coming soon
Track Chairs:
Zhambyl Shaikhanov, University of Maryland, College Park
Shuai Nie, University of Nebraska-Lincoln
John O’Hara, Oklahoma State University

Steering Committee Members:
Josep Miquel Jornet, Northeastern University
Priyangshu Sen, SUNY Polytechnic Institute
Arjun Singh, SUNY Polytechnic Institute