Agent-based model
The agent-based model underlying the field equations (3) and (4) was chosen as a modified version of the minimal shepherding model considered in earlier work by some of the authors37. It involves all of the essential ingredients…
The agent-based model underlying the field equations (3) and (4) was chosen as a modified version of the minimal shepherding model considered in earlier work by some of the authors37. It involves all of the essential ingredients…
To detail the conundrum of acquiring \({\sigma }_{{{\rm{U}}}}\) in hyperbolic lattices, we commence from lattice tessellation to translation groups. Infinite lattices are typically tessellated into unit cells…
The sensor model proposed in this work consists of \(\:\left({\text{H}\text{R}\text{P}\text{L}\text{D})}^{N}\:Defect\:\right({\text{H}\text{R}\text{P}\text{L}\text{D})}^{N}\:\)with the number of periods (\(\:N\)). The geometric dimension…
We start with an overview of the dynamics of the parametrically pumped harmonic oscillator with Kerr nonlinearity driven by a probe coherent field and by noise. Since our primary interest lies in obtaining the time evolution of…
MacDonald, D. K. C. Noise and fluctuations (Wiley, 1962)
Nielsen, M. A. & Chuang, I. L. Quantum computation and quantum information (Cambridge University Press, 2000).
Zurek, W.H. Decoherence, einselection, and the quantum origins of the classical….
Figure S1 represents the entire emission spectrum of the plasma zone at a voltage of 10 kV and frequency of 50 kHz at different times. The dominant features are the NO γ bands, ·OH radicals, and…
Figure 4 represents the XRD (X-ray diffraction) analysis of the Hg0, Hg1, Hg2, Hg3, Hg4, and Hg5 samples of the PE/HgO polymer composite. As can be observed, although the curves of all the samples have a peak at around 200, the…
The scheme for our QRNG is shown in Fig. 1, along with the simplified integration of the QRNG output bit-stream into the QKD system. Our low-SWaP QRNG is based on the interference of phase-randomized pulses25,26….
We consider heat engines whose working substance is a static, global thermodynamic equilibrium state of a CFT in D spacetime dimensions. The working substance traces a closed thermodynamic cycle, returning to its initial state. We…
T1 In this section, we focus on temporal fluctuations of the qubit–TLS interaction and different strategies to minimize its impact on T1. Over a 60 h period, the qubit T1 values on the device are seen to fluctuate on average by…