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APL Materials

APL Materials APL Materials is an open access journal in functional materials science. http://aplmaterials.aip.org

Join APL Materials Editor-in-Chief Judith L. Driscoll in a conversation focused around successful publishing in the jour...
03/21/2022

Join APL Materials Editor-in-Chief Judith L. Driscoll in a conversation focused around successful publishing in the journal. Register and join on Zoom on April 4. http://ow.ly/akhF30sf1Wg

The stability and electronic properties of the novel 2D Janus metal-organic perovskites, which are constructed by adding...
02/24/2022
Stability and electronic properties of two-dimensional metal–organic perovskites in Janus phase

The stability and electronic properties of the novel 2D Janus metal-organic perovskites, which are constructed by adding different ligands on opposite sides of the inorganic layers, are investigated.

Two-dimensional (2D) hybrid metal–organic perovskites have been widely studied due to their good stability and unique optoelectronic properties. By incorporating different ligands on opposite sides...

The newest Roadmap article from #APLMaterials is now available! Read all about the latest in Gallium Oxides at http://ow...
02/10/2022

The newest Roadmap article from #APLMaterials is now available! Read all about the latest in Gallium Oxides at http://ow.ly/fs2a30sagl3

#APLMaterials is celebrating #oaweek #oaweek2021 by sharing some of the most shared research published in the journal. E...
10/26/2021

#APLMaterials is celebrating #oaweek #oaweek2021 by sharing some of the most shared research published in the journal. Enjoy these #OpenAccess articles! http://ow.ly/7LIy30rYmIN

This Perspective describes the challenges and future prospects for the use of materials with random magnetic phenomena i...
08/10/2021
Exploiting random phenomena in magnetic materials for data security, logics, and neuromorphic computing: Challenges and prospects

This Perspective describes the challenges and future prospects for the use of materials with random magnetic phenomena in areas such as stochastic/neuromorphic computing, data security or logics.

Random phenomena are ubiquitous in magnetism. They include, for example: the random orientation of magnetization in an assembly of non-interacting isotropic magnets; arbitrary maze domain patterns ...

This article summarizes the design and synthesis of MXene-based photocatalysts. By harnessing the electronic property, t...
07/30/2021
Photocatalysis over MXene-based hybrids: Synthesis, surface chemistry, and interfacial charge kinetics

This article summarizes the design and synthesis of MXene-based photocatalysts. By harnessing the electronic property, the interfacial charge kinetics can be steered, enabling high-performance MXene-based photocatalysts.

Two-dimensional (2D) transition metal carbides and/or nitrides (MXenes) are a family of graphene-like 2D materials, with unique layered structures, high mechanical strength, excellent carrier mobil...

Researchers have advanced electron microscopy and density functional theory to determine the atomic-scale alloy incorpor...
07/28/2021
Atomic scale investigation of aluminum incorporation, defects, and phase stability in β-(AlxGa1−x)2O3 films

Researchers have advanced electron microscopy and density functional theory to determine the atomic-scale alloy incorporation and defect formation in novel ultrawide band gap oxide semiconductors.
Materials Science and Engineering at The Ohio State University
Center for Electron Microscopy and Analysis - CEMAS

The development of novel ultra-wide bandgap (UWBG) materials requires precise understanding of the atomic level structural origins that give rise to their important properties. We study the aluminu...

APL Materials is pleased to announce that our Journal Impact Factor has increased by 33.4% this year! Thank you to all t...
06/30/2021

APL Materials is pleased to announce that our Journal Impact Factor has increased by 33.4% this year!
Thank you to all the authors, reviewers, and editors who contributed to our success. Source: Clarivate 2021 #JCR2021 http://ow.ly/C1mC30rMp2m

The chiral induced spin selectivity (CISS) effect necessitates a paradigm shift in this description of electron transpor...
05/04/2021
The spin selectivity effect in chiral materials

The chiral induced spin selectivity (CISS) effect necessitates a paradigm shift in this description of electron transport. The authors describe CISS for spin-dependent electron transport in chiral materials.

Weizmann Institute of Science

We overview experiments performed on the chiral induced spin selectivity (CISS) effect using various materials and experimental configurations. Through this survey of different material systems tha...

APL Materials' Special Topic: Materials Challenges for Nonvolatile Memory is still open for submissions! Learn more abou...
05/03/2021

APL Materials' Special Topic: Materials Challenges for Nonvolatile Memory is still open for submissions! Learn more about the topics covered in this Special Topic and how to submit: http://ow.ly/PbMN50EDlw8

Last day of MCFM21. Register to catch the last talks and all the session recordings which will be available soonhttp://o...
04/13/2021

Last day of MCFM21. Register to catch the last talks and all the session recordings which will be available soon
http://ow.ly/tMTJ50EnmPe

The PVDF-TrFE/Si NW FeFET device achieved reliable synaptic plasticity and the inverter-in-synapse consisting of the FeF...
03/11/2021
Brain-inspired ferroelectric Si nanowire synaptic device

The PVDF-TrFE/Si NW FeFET device achieved reliable synaptic plasticity and the inverter-in-synapse consisting of the FeFET synapse and resistor, promising a power-efficient neuromorphic system.

충북대학교(Chungbuk National University)

We herein demonstrate a brain-inspired synaptic device using a poly(vinylidene fluoride) and trifluoroethylene (PVDF-TrFE)/silicon nanowire (Si NW) based ferroelectric field effect transistor (FeFE...

Ga2O3 films have been grown at rates exceeding 1 um/hr with excellent smoothness (< 1 nm rms on 4.5 um film) and crystal...
03/08/2021
Adsorption-controlled growth of Ga2O3 by suboxide molecular-beam epitaxy

Ga2O3 films have been grown at rates exceeding 1 um/hr with excellent smoothness (< 1 nm rms on 4.5 um film) and crystallinity at low temperature (575 °C) by a new variant of MBE called suboxide MBE.

This paper introduces a growth method—suboxide molecular-beam epitaxy (S-MBE)—which enables a drastic enhancement in the growth rates of Ga2O3 and related materials to over 1 μm h−1 in an adsorptio...

Can negative capacitance help overcome the power dissipation limits in electronics? This perspective highlights recent p...
02/23/2021
Progress and future prospects of negative capacitance electronics: A materials perspective

Can negative capacitance help overcome the power dissipation limits in electronics? This perspective highlights recent progress and practical challenges for negative capacitance devices from the materials point of view.

Negative capacitance in ferroelectric materials has been suggested as a solution to reduce the power dissipation of electronics beyond fundamental limits. The discovery of ferroelectricity and nega...

The authors review topological dipolar textures (vortices & skyrmions) formed in ferroelectric-oxide superlattices and e...
02/08/2021
A new era in ferroelectrics

The authors review topological dipolar textures (vortices & skyrmions) formed in ferroelectric-oxide superlattices and emergent physical phenomena and their control through epitaxial strain, temperature and electric field.

Topological structures in ferroic materials have drawn great interest in recent years due to the richness of the underlying physics and the potential for applications in next generation electronics...

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Accelerating the design of advanced materials of the future: A...
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Catch up on some of the most downloaded research in APL Materials.
Read one of the most downloaded articles published in APL Materials!
Read from APL Materials' Special Topic: Light Emission from Perovskite Materials.
Read from APL Materials' Special Topic: Light Emission from Perovskite Materials.
Read from APL Materials' Special Topic: Light Emission from Perovskite Materials!
A top cited article from APL Materials!
Read one of the most downloaded research articles published in APL Materials.
See what your peers have been reading with the most downloaded research published in APL Materials.
A top cited article published in APL Materials!
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Read one of the most cited articles in APL Materials!
One of the most downloaded research articles from APL Materials.