ADVANCES IN PHYSICS: X 的目的是证明： 1. 物理学的连通性，我们指的是物理学的一个分支与另一个分支之间的智力关系； 2. 物理学的普遍性，即物理学跨越（因此是“X”）边界进入其他学科的影响，包括化学、材料科学、工程、生物学和医学。因此，该杂志提升了物理学和物理测量在现代科学技术中的核心地位，捍卫了这门学科，并揭示了它的丰富性和影响力。 APX 的目标是通过开放获取、简明评论文章的电子出版、受领先专家委托并在世界各地免费提供的方式实现的。

Advances in Physics: X aims to demonstrate the connectivity of physics, referring to the intellectual relationships between different branches of physics, and the universality of physics, highlighting its influence across boundaries into other disciplines such as chemistry, materials science, engineering, biology, and medicine. This journal elevates the central role of physics and physical measurements in modern science and technology, defending the discipline while revealing its richness and impact. APX achieves this through open access, providing concise review articles authored by leading experts and made freely available worldwide.

《Advances in Physics: X》旨在展示物理学的连通性，即不同物理学分支之间的智力关系，以及物理学的普遍性，强调物理学如何跨越边界，影响其他学科，如化学、材料科学、工程、生物学和医学。该期刊提升了物理学及其测量在现代科学技术中的核心地位，捍卫了这一学科，并揭示了其丰富性和影响力。APX 通过开放获取的方式，提供简明的评论文章，确保这些文章由领先专家撰写，并在全球范围内免费提供。

Advances in Physics: X

The concept of coherence is one of the fundamental phenomena in electronics and optics. In addition to electron and photon, phonon, is another important energy and information carrier in nature. Without any doubt, exploration of the phonon coherence and its impact on thermal conduction will markedly change many aspects in broad applications for heat control and management in the real world. So far, the application of coherent effect on manipulation of phonon transport is a challenge work. In this article, we review recent advances in the study of the phonon coherent transport in nanomaterials and nanostructures. We first briefly look back the classical and quantum theory of coherence. Next, we review the progresses made in the understanding of phonon coherence in superlattice, nanowires and nanomeshes, respectively, focus on the effect of phonon coherence on thermal conductivity. Finally, we introduce the recent advances in the direct detection of phonon coherence using optical coherence theory.

Guofeng Xie

Ding Ding

Gang Zhang

Advances in Physics X

Phonon coherence and its effect on thermal conductivity of nanostructures

声子相干性及其对纳米结构热导率的影响

Group III–V semiconductors are based on the elements of groups III and V of the periodic table. The possibility to grow thin-films made of binary, ternary, and quaternary III–V alloys with different fractions of their constituent elements allows for the precise engineering of their optical properties. In addition, since many III–V compounds are direct-bandgap semiconductors, they are suitable for the development of photonic devices and integrated circuits, especially when monolithic integration is required. Moreover, the strong optical nonlinearities of III–V materials enable a fertile field of research in photonic devices for all-optical signal processing, wavelength conversion, and frequency generation. Experimentally accessing the plethora of nonlinear optical phenomena in these materials considerably facilitates the exploration of light-matter interactions. Several demonstrations have explored the optical nonlinearities in waveguides, microring resonators, photonic crystal structures, quantum dots, and lasers. In this review, we survey numerous nonlinear optical studies performed in III–V semiconductor waveguide platforms. In particular, we discuss linear and nonlinear optical properties, material growth and fabrication processes, newer hybrid material platforms, and several nonlinear optical applications of III–V semiconductor integrated optical platforms.

Kaustubh Vyas

Daniel H. G. Espinosa

Daniel Hutama

Shubhendra Kumar Jain

Rania Mahjoub

Ehsan Mobini

Kashif M. Awan

Jeff Lundeen

Ksenia Dolgaleva

Group III-V semiconductors as promising nonlinear integrated photonic platforms

III-V族半导体作为有前景的非线性集成光子平台

Razyeh Behbahani Diba

Martin L. Plumer

Ivan Saika-Voivod

Simulating micromagnetism

模拟微磁学

Sen Yang

Chuchuan Hong

Guodong Zhu

Theodore Anyika

Ikjun Hong

Justus C. Ndukaife

Recent advancements in nanophotonics for optofluidics

用于光流控的纳米光子学最新进展

Knowledge of the material properties of membranes is crucial to understanding cell viability and physiology. A number of methods have been developed to probe membranes in vitro, utilizing the response of minimal biomimetic membrane models to an external perturbation. In this review, we focus on techniques employing giant unilamellar vesicles (GUVs), model membrane systems, often referred to as minimal artificial cells because of the potential they offer to mimick certain cellular features. When exposed to electric fields, GUV deformation, dynamic response and poration can be used to deduce properties such as bending rigidity, pore edge tension, membrane capacitance, surface shear viscosity, excess area and membrane stability. We present a succinct overview of these techniques, which require only simple instrumentation, available in many labs, as well as reasonably facile experimental implementation and analysis.

Mina Aleksanyan

Hammad A. Faizi

Maria-Anna Kirmpaki

Petia M. Vlahovska

Karin A. Riske

Rumiana Dimova

Assessing membrane material properties from the response of giant unilamellar vesicles to electric fields

从巨型单层囊泡对电场响应评估膜材料特性

In classical electrodynamics, by motion, it always means a relative movement of two observers in inertia reference frames, so that the covariance of the Maxwell's equations is preserved respectively in two spaces under Lorentz transformation. The energy is thus conservative for the electromagnetic system. The theory for describing the electromagnetic behavior of the charged particles in vacuum space can be well described using the special relativity because of the invariance of the speed of light in vacuum. However, for engineering applications, the media have shapes and sizes and may move with acceleration, and a system may have multiple moving objects that may be correlated or independently under external mechanical triggering. This paper presents the theory for describing the electromagnetic phenomena in this electro-magnetic-mechano system. We mainly introduce the Maxwell's equations for a mechano-driven media system (MEs-f-MDMS) under low-speed approximation (v << c). We concluded that the MEs-f-MDMS are required for describing the electrodynamics inside a moving object that moves not only with accelerated translation motion but also has rotation motion. The classical Maxwell's equations are to describe the electrodynamics in the region where there is no local medium movement. The full solutions of the two regions satisfy the boundary conditions, so that the rotation of the object affects the electromagnetic field at vicinity. The theoretical approaches for solving the MEs-f-MDMS are also presented.

Zhong Lin Wang

The Maxwell’s equations for a mechano-driven media system (MEs-f-MDMS)

机械驱动介质系统中的麦克斯韦方程组（MEs-f-MDMS）

Excitons – two-particle correlated electron-hole pairs – are the dominant low-energy optical excitation in the broad class of semiconductor materials, which range from classical silicon to perovskites, and from two-dimensional to organic materials. The study of excitons has been brought on a new level of detail by the application of photoemission momentum microscopy – a technique that has dramatically extended the capabilities of time- and angle resolved photoemission spectroscopy. Here, we review how the photoelectron detection scheme enables direct access to the energy landscape of bright and dark excitons, and, more generally, to the momentum-coordinate of the exciton wavefunction. Focusing on two-dimensional materials and organic semiconductors, we first discuss the typical photoemission fingerprint of excitons in momentum microscopy and highlight that it is possible to obtain information not only on the electron- but also hole-component. Second, we focus on the recent application of photoemission orbital tomography to such excitons, and discuss how this provides a unique access to the real-space properties of the exciton wavefunction. We detail how studies performed on two-dimensional transition metal dichalcogenides and organic semiconductors lead to very similar conclusions, and, in this manner, highlight the strength of momentum microscopy for the study of optical excitations in semiconductors.

Marcel Reutzel

G. S. Matthijs Jansen

Stefan Mathias

Probing excitons with time-resolved momentum microscopy

用时间分辨动量显微术探测激子

Viscous fingering instability, as one of the numerous fluid instabilities and mechanisms of pattern formation, is very common in different fields of research. First studied experimentally in an apparatus called a Hele-Shaw cell in 1898, it has been widely used, for example, as a model for porous media in laboratory testing. This paper provides a brief insight into the mathematical model of the Saffman–Taylor instability (pore scale viscous fingering) and the situations in which viscous fingering can be encountered. Since it is a morphogenetic instability, it is usually considered a nuisance and in recent decades many scientists and researchers have focused on the ways to avoid its occurrence. For instance, the petroleum industry has been continuously trying to discover the best solution for its control since viscous fingering limits oil recovery in porous media. The review provides a historical overview of the phenomena and various methods that have been used to control this instability. The final part of the paper gives a summary and the conclusions that have been drawn as the results of diverse studies.

Ivana Cvetkovic

Snezana Milicev

Pore-scale viscous fingering as a mechanism for pattern formation – a historical overview, application, and the ways of controlling it

孔隙尺度粘性指进作为图案形成机制的历史概述、应用及控制方法

短名	Adv. Phys. X.
Journal Impact	7.62
国际分区	PHYSICS, MULTIDISCIPLINARY(Q1)
期刊索引	SCI Q1中科院 2 区

ISSN	2374-6149
h-index	42
国内分区	物理与天体物理(2区)物理与天体物理物理综合(2区)

涉及主题	物理量子力学材料科学工程类化学计算机科学光学有机化学纳米技术光电子学生物数学
出版信息	出版商: Taylor and Francis Ltd.，出版周期: ，期刊类型: journal，开源期刊: 是
基本数据	创刊年份: 2016，原创研究文献占比: 0.00%，自引率:0.00%， Gold OA占比: 99.06%
期刊费用	$1680详情
平均审稿周期	网友分享经验：13 Weeks

Advances in Physics: X

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Phonon coherence and its effect on thermal conductivity of nanostructures

Group III-V semiconductors as promising nonlinear integrated photonic platforms

Simulating micromagnetism

Recent advancements in nanophotonics for optofluidics

Assessing membrane material properties from the response of giant unilamellar vesicles to electric fields

Recent advancements in nanophotonics for optofluidics

Simulating micromagnetism

The Maxwell’s equations for a mechano-driven media system (MEs-f-MDMS)

Probing excitons with time-resolved momentum microscopy

Pore-scale viscous fingering as a mechanism for pattern formation – a historical overview, application, and the ways of controlling it