Category: 4. Physics

The findings of this research underscore the effectiveness of a hybrid system that integrates semiconductor devices with ML, DL, and advanced control algorithms for managing power quality. The study assessed a variety of models and techniques to…

Noiseless cancellation with noisy Pauli Basis

Let \({{{\mathcal{N}}}}\) be an HPTP operation on system A, and then it can be decomposed as the affine combination of CPTP channels \({{{{\mathcal{N}}}}}_{i}\)

In-space cryogenic propellant transfer systems will play a vital role in NASA and the aerospace community’s future missions and vehicles, which include nuclear thermal propulsion systems¹, nuclear electric propulsion systems², ascent stages,…

Estimating waveform accuracy

As discussed in ‘Model systematics in gravitational wave astronomy’, the accuracy of a theoretical GW model is often assessed by comparing the signals produced by the model against numerical relativity simulations….

Self-affinity of Antarctic surface roughness from ICESat-2

Self-affinity describes a repeating pattern within an object, sequence, or surface that occurs over a wide range of scales (also referred to as “fractal” or “self-similar”) (Fig. 

This section includes descriptions for algorithms used in the two essential software packages developed in this study. Section 4.1 describes the algorithms for simulating the SPDC and interaction with the object. Section 4.2 describes the data…

Theory of Spin-Optomechanical Coupling

A spin-optomechanical interface accomplishes two effects. First, it couples the photonic mode of a photonic crystal cavity to the phononic modes of the crystal in a pump-driven interaction. Next, it couples…