Brain‐inspired neuromorphic computing is a new paradigm that holds great potential to
overcome the intrinsic energy and speed issues of traditional von Neumann based …

Using the quasi-optical approach, we investigate wave propagation along the periodically
corrugated surfaces and their interaction with rectilinear relativistic electron beams (REBs) …

Recent developments in the use of diamond materials as metal-oxide-semiconductor field-
effect transistors (MOSFETs) are introduced in this article, including an analysis of the …

We present the results of experiments on generation of high-power superradiant (SR) pulses
by an extended electron bunch moving in a cylindrical surface-wave structure with two …

We report of the implementation of a strongly oversized W-band surface-wave oscillator
(SWO) based on a 2D-periodical cylindrical slow-wave structure (2D SWS). In contrast to the …

To increase the beam–wave interaction and coupling output efficiency, we propose a sub-
terahertz multiwave Cherenkov generator (MWCG) with a coaxial coupler. The coaxial …

We present a transformative route to obtain mass-producible helical slow-wave structures for
operation in beam–wave interaction devices at THz frequencies. The approach relies on …

To increase the generation efficiency of the terahertz wave in the Y band, the idea of dual-
reflector is introduced in the relativistic surface wave oscillator (SWO) with large oversized …

For the first time, self-mode-locking regime in a continuous-wave (CW) K-band helical
waveguide gyro-TWT with strong external reflections was obtained experimentally. We have …

We present the theory, design, and numerical modeling of a cylindrical, two-dimensional
periodic surface lattice (2D-PSL) intended for use as the interaction region of an electron …