Evolution of various initial many-particle configurations to disordered stealthy hyperuniform ground states [0.03%]
各种初始多粒子配置到无序隐形超均匀基态的演化
Samuel J Dawley,Salvatore Torquato
Samuel J Dawley
Systems of particles interacting via stealthy potentials, a family of soft, long-ranged, isotropic pair potentials, possess infinitely degenerate disordered hyperuniform classical ground states of fundamental and practical interest, highlig...
Shape-anisotropy-induced transitions of densest-packed structures in confined mixtures of circles and ellipses [0.03%]
受限圆椭混溶剂中形各向异性诱导的最紧密堆积结构转变
Jiajun Chen,Ho-Kei Chan
Jiajun Chen
Shape-anisotropy-induced transitions of densest-packed structures have been discovered for binary mixtures of circles and ellipses in parallel-slit confinement. A continuous increase in the aspect ratio of ellipses results in a crossover of...
Multiscale model for the pretension-dependent bending properties of DNA nanotube [0.03%]
一种考虑DNA纳米管预应力的弯曲力学行为多尺度模型
Han-Lin Liu,Neng-Hui Zhang,Cheng-Yin Zhang et al.
Han-Lin Liu et al.
The mechanical properties of DNA nanotubes (DNTs) are of great significance for studying the structure and dynamic characteristics of polymer networks. However, this information remains limited due to complex microscale interactions, multis...
Complex pressure-node formation and resonances induced by scatterers in a standing-wave acoustic cavity [0.03%]
驻行波声腔中散射体诱导的节点-压强复合结构及共振效应研究
Rizwan Ullah,Andres Barrio-Zhang,Arezoo M Ardekani
Rizwan Ullah
Acoustic pressure nodes in acoustophoretic devices are crucial for applications in tissue engineering, cell analysis, and particle trapping. Typically, a single primary node forms at the half-wavelength resonance condition, with its shape a...
David Villaseñor,Hua Yan,Matic Orel et al.
David Villaseñor et al.
The correspondence between quantum and classical behavior has been essential since the advent of quantum mechanics. This principle serves as a cornerstone for understanding quantum chaos, which has garnered increased attention due to its st...
Italo Salas,Francisca Guzmán-Lastra,Denisse Pastén et al.
Italo Salas et al.
Motility-induced phase separation (MIPS) is a paradigmatic nonequilibrium transition in active matter, determined by the Péclet number and packing fraction. We investigate the single-phase and phase-separated regimes of MIPS using a comple...
Moment analysis of two-dimensional active Brownian run-and-tumble particles [0.03%]
二维主动布朗运行和翻转粒子的矩分析
Aoran Sun,Da Wei,Yiyu Zhang et al.
Aoran Sun et al.
We study an active Brownian run-and-tumble particle (ABRTP) model that consists of an active Brownian run state, during which the active velocity of the particle diffuses on the unit circle, and a tumble state, during which the active veloc...
Benjamin Allen,Nicholas W Hayman
Benjamin Allen
In nature, granular materials fail in abrupt avalanches, earthquakes, and other hazardous events, and also creep over time. Proposed failure mechanisms for these systems are broadly framed as friction limited. However, mechanical descriptio...
Prabhat Singh,Punit Kumar
Prabhat Singh
A theory for Abelian plasma permeated by photons has been developed considering QED generalized in Podolsky electrodynamics framework for consideration of higher order terms in electromagnetic theory. The theory traces out photonic degrees ...
Vladimir G Dubrovskii
Vladimir G Dubrovskii
We study the island-size distributions in homogeneous nucleation and growth during submonolayer deposition depending on the form of capture numbers σ(s) in the rate equations. For the power-law size dependences of the capture numbers σ(s)...