Category: 4. Physics

D-GBS and the matching polynomial

The D-GBS problem can be visualised as the sampling of subgraphs from a graph representation of the Gaussian state, as shown in Fig. 1. Compared to regular non-displaced GBS, the addition of displacement…

Phase diagram and spontaneous crystallisation

We first discuss the phase diagram of carbon in the region of the GDL triple point (Fig. 1a). Experimentally, the triple point was initially determined at T = 4100 ± 200 K, and…

Figure 1a–c compares two two-level emitters with different photonic environments under continuous incoherent excitation. For uncoupled emitters whose distance is much larger than their wavelength (\(d \; \gg \; \lambda\)) in free space, the…

Solar systems are connected to the grid through inverters, which convert DC power generated by the PV panels into AC power suitable for the grid and the aim of improving the sustainability of these types of developments. Modern inverters can also…

DVA exhibits promising prospects with respect to radiation exposure and ICM in DSA. This study aimed to determine the reduction of radiation dose in EPI using series of individual image acquisitions of DSA and DUA acquisitions instead of the…

ReSe₂ is a high ambient stable van der Waals material where each layer is composed of a Re atoms plane sandwiched between two Se atoms planes²⁷. Different from the most common group-VI transition metal dichalcogenides (e.g., MoS₂ and WS₂), there…

Model and Hamiltonian

As illustrated in Fig. 1, we consider a scenario involving two neutral atoms interacting via RRI. Each atom is stimulated from the hyperfine ground state \(\left\vert 1\right\rangle\) to the Rydberg excited state \(\left\vert…