Category: 4. Physics

Joint simulation model environment

This study employs a co-simulation framework integrating Simcenter AMESim and MATLAB/Simulink, with each platform serving distinct purposes: AMESim is responsible for modeling the servo-hydraulic system, while…

Model Hamiltonian

We start by considering a 1D Raman optical lattice loaded with ultracold fermionic atoms^35,36,37. Two internal states of atoms are used to encode a spin-1/2 degree of freedom, and proper Raman laser beams can be used to engineer…

In this section, we will provide the theoretical background for various aspects addressed in this study. We delve into the intricate domain of feature selection techniques alongside our chosen forecasting tool, the MLP (multi-layer perceptron).

Ego-distances

Figure 1 summarizes the workflow of the operations that define the ego-distance \(D(G’,G”)\). We are given the two undirected weighted graphs \(G’\), \(G”\), in general of different sizes \(N_1\), \(N_2\) and densities \(\rho _1\),…

Wightman correlator

Our primary aim is to reuse the pure-state perspective of SWSSB. Unlike the Choi-Jamiolkowski isomorphism, which directly employs the operator-state mapping, we consider a specific purification of the density matrix, typically…

Data availability

All associated simulation codes are accessible online through OSF (https://osf.io/sybv6/). For ethical reasons, we could not distribute the Mel-spectrograms of each crying infant. However, we have uploaded the embedding vectors…

A detailed layout of the experimental set-up is shown in Extended Data Fig. 1. Below, we discuss the main components of the system and their characterization.

EPR source

As shown in Extended Data Fig. 1, two lasers at 852 nm (SolsTiS, M Squared)…