Your search produced 1254 results
Quantum algorithms offer significant scaling advantages over their classical counterparts. In this talk we consider a quantum algorithm for the solution of matrix equations. This algorithm is a modifi...
Quantinuum’s quantum computers are based on fully connected trapped-ion qubits that perform high-fidelity quantum operations. I will provide an overview of this architecture and highlight recent resul...
The field of nanophotonics and electromagnetics has developed various techniques to deal with quantum light-matter interactions. However, effects such as thermalization and dephasing in complex EM env...
In the past few years there has been a growing interest in the development of quantum/atomic based electric and magnetic sensors, and numerous companies and universities have recently started programs...
This workshop talk explores advanced quantum mechanical modeling techniques for the design and simulation of electrostatically induced waveguides in 2D Dirac materials. The focus will be on nanoelectr...
In this talk, we will demonstrate compact metasurfaces to efficiently generate entangled and correlated single-photon pairs with unprecedently high Spontaneous Parametric Down-Conversion (SPDC) genera...
Advances in computing technologies and field/circuit modeling and simulations (M&S) have been pivotal in driving scientific discovery, engineering design, and technological development across ...
Radial power combiners offer a very compact solution to combine the outputs of power sources whether traveling wave tubes or solid-state modules. They can be realized in many transmission media and wa...
To design waveguide or combline filters with moderate power requirements we can use port tuning and equal ripple optimization to achieve designs that are “close enough.” For corona and multipaction an...