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Achieving the provision of a continuous power source for small IoT devices requires the careful design of RF energy harvesting (EH) systems to minimize conversion losses and enhance the efficiency of ...
Near-field wireless power transfer with a high-power oscillator avoids the need of both an independent source and an amplifier, which reduces the number of system elements and thus, the total energy c...
Presented in this talk are two different aspects of radiative WPT: 1) microwave WPT in a complex electromagnetic environment: a pulse-based time-reversal (TR) technique can be utilized in this case to...
The energy autonomy of wireless sensor nodes is a demanding task, especially if electromagnetically harsh environments (as industrial plants) are considered. This talk will demonstrate the implementat...
We introduce the fundamentals of quantum theory as applied to lumped element circuits and simple microwave systems, assuming no prior knowledge of quantum mechanics. We will consider the Lagrangian an...
A quantum approach to solving matrix equations arising in computational methods of electromagnetics, such as the method of moments or finite element method, can be constructed using Harrow/Hassidim/Ll...
Prevailing simulation tools lack accurate descriptions of interface and surface physics that rule the performance of modern, ultra-scaled devices. Non-quasistatic transport and high-frequency behavior...
Recently, significant advances in quantum computing (QC) algorithms and hardware provide a novel paradigm for solving difficult computational problems. In the workshop, we will discuss quantum-assiste...
In the past few years, there has been a growing interest in the development of quantum-/atomic-based electric and magnetic sensors; as such, numerous companies and universities have recently started p...
Quantum-limited amplifiers are a key component in the readout chain of superconducting quantum computers. Their unprecedented noise performance, close to the quantum limit, however, requires the respe...