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First Published Articles of APL Electronic Devices Now Online

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MELVILLE, N.Y., March 13, 2025 /PRNewswire/ — AIP Publishing is excited to announce that the first issue of APL Electronic Devices, its newest open access journal, is now available online.

APL Electronic Devices is a bold new journal at the intersection of multiple communities, including theory/modeling, experimental/applied physics, and materials/engineering. Its aim is to build interdisciplinary connections and industry-academic partnerships that will accelerate discovery.

“This first issue of APL Electronic Devices marks the beginning of an exciting journey, showcasing pioneering research, innovative technologies, and groundbreaking advancements in the field,” said APL Electronic Devices Editor-in-Chief, Prof. Sohini Kar-Narayan. “With open access to high-quality scientific content, we aim to foster a vibrant community of researchers and enthusiasts from both academia and industry who are passionate about shaping the future of electronic devices. We invite you to explore, engage, and contribute to this exciting new venture!”

In the inaugural issue’s editorial, Prof. Kar-Narayan notes that the launch of APL Electronic Devices comes at an important time for the field — with demands from new technologies like artificial intelligence, robotics, quantum computing, neural networks, and bioelectronics continuing to grow. Keeping up with it all means finding sustainable, scalable approaches to modern problems. APL Electronic Devices seeks to foster that journey of discovery.

“This is an exciting day, not only for AIP Publishing but also for the field of electronic device research,” said AIP Publishing’s Chief Publishing Officer, Dr. Penelope Lewis. “Research in this field touches nearly every aspect of modern life. It’s an honor and a privilege to welcome Prof. Kar-Narayan, the APL Electronic Devices editorial team, and this ever-growing research community to AIP Publishing. We look forward to seeing this new journal flourish.”

The APL Electronic Devices team includes Prof. Sohini Kar-Narayan (University of Cambridge), Prof. Yee Sin Ang (Singapore University of Technology and Design), Prof. Wanyi Nie (University at Buffalo), and Dr. Marko Tadjer (U.S. Naval Research Laboratory).

The following articles are now available online in the first issue of APL Electronic Devices:

Editorial:

Welcome to the first issue of APL Electronic Devices!
Sohini Kar-Narayan

Review:

Recent advances in nanogenerators for wearable electronic devices
Daniel M. Tiruneh and Hanjun Ryu

Articles:

High temperature operation and failure of Ga2O3 Schottky barrier diodes: an in-situ TEM study
Nahid Sultan Al-Mamun, Jian-Sian Li, Aman Haque, Doug Wolfe, Fan Ren and Stephen J. Pearton

Sustainable polymer materials for triboelectric and hybrid energy harvesting
T. Rodrigues-Marinho, R. Brito-Pereira, G. Pace, C. R. Tubio, Senentxu Lanceros-Mendez and Pedro Costa

Ultra-High Permittivity BaTiO3 (ε = 230) on Al2O3/AlGaN/GaN MISHEMTs for Field-Management in High-Voltage RF Applications
Kyle Liddy, Weisong Wang, Stefan Nikodemski, Christopher Chae, Kevin D. Leedy, Jean-Pierre Bega, Nolan S. Hendricks, Elizabeth A. Sowers, Ahmad E. Islam, Jinwoo Hwang, Siddharth Rajan and Andrew J. Green

Impact of Quantum Confinement on Source-to-Drain Tunneling and Sub-Threshold Behavior of Ultra-Thin-Body MOSFETs at Cryogenic Temperatures Nalin Vilochan Mishra and Aditya S. Medury

High Breakdown Voltage Quasi-Vertical PN Diode with Optimized Multiple Junction Termination Extensions
Jingyang Zhang, Wei Huang, Wai Lun Au Yeung, Yinan Zhang, Wenhao Zhang, David Wei Zhang and Zhaojun Liu

Ultralow Subthreshold Swing of 9 mV/dec for Planar Bulk GaAs MOSFETs at 4 K in Quantum Computing Applications
Lawrence B. Young, Yen-Hsun Glen Lin, H. W. Wan, Jun Liu, Y. T. Cheng, Bo-Yuan Chen, Kun-Ming Chen, Hsiao-Wen Chang, Ming-Jye Wang, J. Kwo and Minghwei Hong

Plasma-etch-free β-Ga2O3-NiO-PtOx merged PiN Schottky diode with high-voltage stress reliability
Joseph A. Spencer, Yuan Qin, Alan G. Jacobs, Boyan Wang, Neeraj Nepal, Hannah N. Masten, Matthew Porter, Bixuan Wang, Geoffrey M. Foster, Akito Kuramata, Karl Hobart, Travis J. Anderson, Yuhao Zhang and Marko J. Tadjer

Road Bump Triboelectric Generator Excited by a Small Number of Actuations for Powering Bluetooth Communications
Ahmad Delbani, Dimitri Galayko, Malal Kane and Philippe Basset

Impact of Magnetic Ion Substitution on the Crystal Structure of Multiferroic Aurivillius Phases
Jennifer Halpin, Michael Schmidt, Roger W. Whatmore and Lynette Keeney

Incomplete Donor Ionization Based 2D-Charge Density and Drain Current Model for δ-doped β-(AlxGa1-x)2O3/Ga2O3 HFET
Akash Patnaik and Pankaj Sharma

Ultrawide Bandgap LiGa5O8/β-Ga2O3 Heterojunction p-n Diodes
Vijay Gopal Thirupakuzi Vangipuram, Kaitian Zhang, Dong S. Yu, Lingyu Meng, Christopher Chae, Yibo Xu, Jinwoo Hwang, Wu Lu and Hongping Zhao

Zero-Dipole Schottky Contact: Homologous Metal Contact to 2D Semiconductor
Che Chen Tho, Shibo Fang and Yee Sin Ang

Wide Range Work Function Modulation of TiN for Complementary Field Effect Transistor: A First-principles Study
Miaojia Yuan, Maokun Wu, Yichen Wen, Xuepei Wang, Boyao Cui, Jinhao Liu, Yishan Wu, Hong Dong, Feng Lu, Weihua Wang, Pengpeng Ren, Sheng Ye, Hong-Liang Lu, Runsheng Wang, ZHIGANG JI and Ru Huang

Microstructures and Photovoltaic Effect of Ba/Fe Modified Bi0.5Na0.5TiO3 Ferroelectric Ceramics
Mingqiang Zhong, Weixing Dou, Xiao Liu, Baohua Zhu, Liufang Meng, Changlai Yuan and Rusen Yang

High power piezoelectric energy harvester for a temperature monitoring system
Veronika Kovacova, Nagamalleswara Rao Alluri, Olivier Bouton, Jérôme Polesel, Torsten Granzow, Vincent Frick, Liana Wassouf, Costel-Sorin Cojocaru, Gilles Feugnet, Paolo Bondavalli and Emmanuel Defay

ABOUT APL ELECTRONIC DEVICES 

APL Electronic Devices publishes research related to the broad and interdisciplinary topic of electronic devices. As a journal that seeks to bridge multiple communities – theory/modeling, experimental/applied physics, and materials/engineering – we welcome contributions ranging from fundamental aspects of electronic structure to the design, fabrication, and characterization of real-world electronic devices. Capturing research that is interdisciplinary and/or translational, the journal brings together cross-cutting research themes across materials science and device engineering. The journal aims to foster interactions between academia and industry by highlighting emerging fields in electronic materials and devices.

ABOUT AIP PUBLISHING

AIP Publishing’s mission is to advance, promote, and serve the physical sciences for the benefit of humanity by breaking barriers to open, equitable research communication and empowering researchers to accelerate global progress. AIP Publishing is a wholly owned not-for-profit subsidiary of the American Institute of Physics (AIP) and supports the charitable, scientific, and educational purposes of AIP through scholarly publishing activities on its behalf and on behalf of our publishing partners.

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SOURCE AIP Publishing

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Danish Publisher Automates Digital Textbook Delivery with Integrated WooCommerce-Webdoxx Solution

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Danish educational publisher eliminates manual processing errors and delivers instant access to more than 20 digital learning products

LONDON, May 3, 2026 /PRNewswire-PRWeb/ — Forlaget 94, a Danish educational publisher serving commercial colleges and vocational schools since 1994, has transformed its digital textbook distribution by implementing a fully automated WooCommerce-Webdoxx solution.

“Using the Webdoxx-WooCommerce integration we have achieved full automation of order processing, fewer errors, and happier customers,” Tom Gertsen, IT Manager at Forlaget 94

Previously, Forlaget 94 relied on manual processes to distribute digital textbooks to customers. As demand for online educational materials grew, the publisher required a faster, more reliable way to manage orders, provision access, and reduce the risk of administrative errors.

Through its integration of WooCommerce with Webdoxx, Forlaget 94 now runs more than 20 educational products through a 100% automated workflow. The solution automatically processes customer orders and provides instant access to purchased digital textbooks, improving the experience for both customers and internal teams.

“The result is full automation of order processing, fewer errors, and happier customers,” said Tom Gertsen, IT Manager at Forlaget 94 and architect behind the WooCommerce-Webdoxx integration. The automated system has enabled Forlaget 94 to eliminate manual errors, accelerate customer processing, and increase customer satisfaction through immediate access provisioning. The implementation demonstrates how educational publishers can modernize digital content delivery while maintaining secure, managed access to learning materials.

Webdoxx, a service created and managed by Drumlin Security Ltd, provides online DRM and managed document delivery services for publishers, educational organizations, institutions, and commercial content providers.

About Forlaget 94

Forlaget 94 is a Danish educational publisher established in 1994, providing educational products for commercial colleges and vocational schools.

About Webdoxx

Webdoxx is an online DRM and managed document delivery service created and managed by Drumlin Security Ltd. The platform supports secure access to digital publications and documents across a range of sectors, including education, healthcare, government, finance, and publishing.

Media Contact

Mike de Smith, Drumlin Security Ltd, 44 7768404712, info@drumlinsecurity.com, https://www.drumlinsecurity.com/

View original content to download multimedia:https://www.prweb.com/releases/danish-publisher-automates-digital-textbook-delivery-with-integrated-woocommerce-webdoxx-solution-302759942.html

SOURCE Forlaget 94

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139th Canton Fair Phase 3 Advances Toward a Better Life with New and Strengthened Product Zones

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GUANGZHOU, China, May 3, 2026 /PRNewswire/ — The 139th China Import and Export Fair (Canton Fair) has rolled out nine newly established product zones. Phase 3 features an expanded and upgraded Intelligent Healthcare zone and the inaugural presentation of a Functional & Technical Fabrics zone.

The upgraded Intelligent Healthcare zone brings together 50 companies presenting a full spectrum of intelligent medical solutions, spanning AI-powered diagnostics, surgical robotics, and next‑generation eldercare technologies. Exhibits highlight how medical devices are becoming smaller, more precise, and increasingly non‑invasive. Capsule endoscopy systems demonstrate how gastrointestinal screening can be completed without discomfort, while AI‑enabled traditional Chinese medicine analyzers compress the inspection and inquiry process into minutes. Wearable glucose monitors make chronic disease management easier and more convenient.

Robotic technologies play a prominent role as well. Endoscopic and orthopedic surgical robots showcase enhanced precision through integrated human‑machine coordination, while bionic prosthetic hands use non‑invasive myoelectric sensing to independently control each finger. Intelligent rehabilitation systems, including lower‑limb exoskeletons and hand‑training devices, provide consistent support for patients recovering mobility. Companion‑style eldercare robots, equipped with monitoring and telemedicine functions, signal the rise of integrated home‑based health services.

The debuting Functional & Technical Fabrics zone highlights how the traditional textile industry is moving toward higher-end and smarter products. Exhibitors present materials that combine multi‑layered performance with intelligent responsiveness. Textiles featuring temperature‑regulating fibers, phase‑change materials, and light‑ or heat‑sensitive color‑shifting effects illustrate how fabrics are evolving into adaptive platforms capable of responding to environmental conditions.

Sustainability emerges as a defining theme. Bio‑based fibers, degradable films, recycled polyester, and organic cotton reflect a shift from isolated eco‑products toward full‑chain green manufacturing. High‑performance outdoor and protective applications further shape the narrative. Materials engineered for waterproof breathability, UV resistance, flame retardancy, and long‑term durability address rising demand across sportswear, professional protection, and medical environments. Smart textiles with embedded health‑monitoring modules demonstrate how apparel is beginning to function as a continuous wellness interface.

Both technology‑driven healthcare and advanced textiles are converging around a shared pursuit of a better life. As these advancements continue to evolve, they reflect a manufacturing landscape increasingly shaped by innovation, resilience, and a commitment to improving everyday living.

For pre-registration, please click: https://buyer.cantonfair.org.cn/register/buyer/email?source_type=16

 

View original content to download multimedia:https://www.prnewswire.com/news-releases/139th-canton-fair-phase-3-advances-toward-a-better-life-with-new-and-strengthened-product-zones-302760704.html

SOURCE Canton Fair

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CupidFeel Insights Show How Shared Interests Affect Initial Connection Outcomes

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New behavioral insights from CupidFeel offer a carefully considered look at how shared interests influence whether an initial connection on a dating platform is sustained or abandoned in those first critical exchanges.

GIBRALTAR, May 3, 2026 /PRNewswire-PRWeb/ — The findings by CupidFeel are not dramatic, but they are telling. People who referenced a shared interest — whether a genre of music, a type of cuisine, a sport, a creative practice, or even a shared discomfort with small talk — within the first few exchanges of a new conversation were found to be measurably more likely to continue that conversation beyond the initial contact window. The effect was not uniform across all interest categories; certain types of shared interest appeared to carry more relational weight than others.

It was also observed by CupidFeel that the timing of when shared interests entered a conversation mattered. Connections where common ground was discovered organically — through the natural flow of exchange rather than prompted by a profile field or a direct question — showed stronger indicators of sustained interest. The discovery, in other words, carried more meaning when it felt like something found rather than something declared.

Among the most quietly striking findings in the CupidFeel data was the role of specificity. Broad shared categories — “we both like travel,” “we both enjoy cooking” — were associated with polite, often brief exchanges that rarely extended past pleasantries. But when specificity entered the picture — when one person mentioned a particular documentary that had stayed with them, or a city they had visited and could not stop thinking about — the conversational energy shifted. Something opened up.

In a CupidFeel review of trends in profile engagements, those whose profiles reflected specific, idiosyncratic interests — rather than broadly appealing ones — also showed higher rates of receiving first messages, a finding that runs gently counter to the instinct many people have to present themselves in the most universally appealing terms possible.

What seemed to matter most was not the quantity of overlap but whether the overlap that existed was felt — whether it produced a sense of being seen in some particular, non-generic way. A CupidFeel review of early conversation patterns suggests that a single deeply resonant shared interest may be more generative for early connection than a long list of surface-level commonalities that, taken together, feel more like a demographic profile than a person.

About CupidFeel

CupidFeel is an online dating platform built around the belief that meaningful connections begin with emotional honesty and the willingness to let a conversation go somewhere real. It came into being for people who are less interested in the mechanics of dating and more drawn to the possibility of something that feels grounded — exchanges that move at their own pace, guided by genuine curiosity rather than performance.

A CupidFeel review of its own design principles returns consistently to the same question: what does it take for a first message to feel like it might be worth the journey? The platform makes room for the kind of interaction that doesn’t always have a clear destination but feels, from the first exchange, like something real. CupidFeel is a place where the unexpected is not something to be managed, but something to be welcomed.

Media Contact

Timothy Albers, CupidFeel, 1 14845691657, smm@cupidfeel.com, https://cupidfeel.com/

View original content:https://www.prweb.com/releases/cupidfeel-insights-show-how-shared-interests-affect-initial-connection-outcomes-302759951.html

SOURCE CupidFeel

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