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Society of Rheology Announces Winners of the 2024 Journal of Rheology Publication Award

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Four researchers from the Karlsruhe Institute of Technology are recognized for developing an innovative strategy to analyze and formulate complex fluids

MELVILLE, N.Y., July 22, 2024 /PRNewswire/ — Norbert Willenbacher, Claude Oelschlaeger, Jonas Marten, and Florian Péridont have been selected to receive the 2024 Journal of Rheology Publication Award for their research article, “Imaging of the microstructure of Carbopol dispersions and correlation with their macroelasticity: A micro- and macrorheological study,”

The award is conferred annually for the best paper in the preceding two years appearing in the Journal of Rheology (JOR), which is published by AIP Publishing for the Society of Rheology (SOR). The winners, who are affiliated with the Applied Mechanics Research Group from the Institute of Mechanical Process Engineering and Mechanics at the Karlsruhe Institute of Technology, Germany, will receive a monetary award and special recognition at the SOR Annual Meeting.

“The winning paper introduces the groundbreaking Micro-Rheo-Mapping technique, a new data analysis strategy developed by the Applied Mechanics Research Group,” said JOR Editor-in-Chief Dr. Dimitris Vlassopoulos. “It is based on multiparticle tracking micro-rheology experiments to obtain accurate and direct visualizations of the microstructure of complex fluids, taking advantage of a large amount of information usually discarded in particle tracking data analysis.”

“All members of our team are proud of receiving this award as it confirms that our research is broadly appreciated and recognized by the Rheology community,” said Prof. Dr. Willenbacher, who serves as the head of the Institute of Mechanical Process Engineering and Mechanics at Karlsruhe Institute of Technology since 2004. “We are proud that we have further developed and pushed an important, almost 30-year-old experimental method that was stuck in an increasingly complex statistical data analysis, ignoring most of the collected information. “

“We employed the new strategy to analyze local structural and viscoelastic heterogeneities of Carbopol® solutions and gels which allowed us to establish a correlation between microstructure and macroelasticity for this widely used class of commercial acrylate thickeners as a function of pH and polymer concentration,” he added.

According to Prof. Dr. Willenbacher, the imaging is based on a ‘rheological contrast’, i.e. the different local viscoeleastic properties embedded tracer particles experience in a heterogeneous fluid. He explained the method provides a direct image of the fluid structure and local viscoelasticity on a 0.1 to 100 micrometer length scale and noted that it even works for materials visually appearing fully transparent.

Building on their findings, the Applied Mechanics group has already conducted research using the newly developed method to:

Design hydrogels for extrusion-based 3D bioprinting gaining high shape accuracy and cell viability;Investigate the rich phase behavior of concentrated colloidal gels with superimposed short range electro-steric repulsion and weak depletion attraction; andUse the microstructural insights gained from their Carbopol investigations for the design of binders for energy storage materials.

Prof. Dr. Willenbacher received his diploma degree in Physics and his PhD from the University of Mainz. After his dissertation at the Max-Planck-Institute for Polymer Research in 1990 he joined BASF SE as a research associate in the fields of rheology of complex fluids and adhesion of soft polymers for 15 years. He served as president of the German Society of Rheology from 2006 to 2019 and now is member of its advisory board. He is member of the Editorial Board of Materials and Electronic Materials, previously he also served as a member of the Editorial Board of Rheologica Acta and as Section Editor of Current Opinion in Colloid and Interface Science.

Dr. Oelschlaeger received his diploma degree in Physical Chemistry and his PhD in Physics from the University of Strasbourg (France). After his dissertation based on rheology and light scattering of surfactant solutions, he joined the Max Planck Institute for Polymer Research in Mainz as a postdoc working on method development and non-linear rheology of block copolymers for two years. Since 2007, he is member of the German Society of Rheology. 

ABOUT THE JOURNAL OF RHEOLOGY PUBLICATION AWARD
Each year, the Society of Rheology (SOR) offers the Journal of Rheology Publication Award to the best paper published during the preceding two years. First presented in 1994, the award includes special recognition at the Annual Meeting of the Society of Rheology and a monetary prize. This award was first presented in 1994.

ABOUT THE SOCIETY OF RHEOLOGY
The Society of Rheology (SOR) is composed of physicists, chemists, biologists, engineers, and mathematicians interested in advancing and applying rheology, which is defined as the science of deformation and flow of matter. The Journal of Rheology, which is published by AIP Publishing on behalf of SOR, is a vital resource for researchers working in fields as diverse as polymer physics and fluid mechanics. It presents experimental results, phenomenological models, and microscopic theories dealing with the rheological behavior of complex materials, including macromolecular, colloidal and particulate solids, and fluids. Application areas include foods, paints, plastics, lubricants, ceramics, coatings, glaciers, and biological fluids.

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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Thinkpal learning tablet from Think Academy wins TechRadar Pro Picks and Trusted Reviews Best in Show awards at CES 2025

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January 11, 2025

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LAS VEGAS, Jan. 11, 2025 /PRNewswire/ — Think Academy debuted its Thinkpal tablet at CES 2025 and has won a TechRadar Pro Picks and Trusted Reviews Best in Show awards for this innovative new product.

Both awards are given to innovative products and solutions at CES that stand out from a packed crowd. Think Academy President, Alex Peng, was presented the awards at CES, noting the awards were given to Thinkpal because it is both a wholly unique product in the education technology market and also provides such value to parents and educators.

Designed to transform the way kids learn, explore, and thrive in an ever-evolving world, the Thinkpal is powered by cutting-edge AI that serves as a guide and tutor for young learners. With significant learning loss experienced in recent years, families and educators have faced unprecedented challenges as test scores in reading and math have seen steady declines. Parents have expressed their struggles in reigniting their children’s passion for learning, while educators grapple with the complexities of bridging diverse learning gaps.

To meet these challenges, the Thinkpal tablet offers a tailored, AI-powered solution that provides step-by-step writing guidance and real-time math support, making learning more intuitive and enjoyable.

Alex Peng introduced several key features of the Thinkpal during a press event. He showed the audience how Thinkpal’s “GeniusTutor,” an AI-powered system that transforms learning into an interactive and engaging experience, is the heart of this product’s features. Built on the Microsoft Azure OpenAI GPT-4o model, GeniusTutor provides real-time guidance and feedback, empowering students to:

Conquer complex math problems through logic-driven, step-by-step explanationsMaster writing with interactive prompts and instant feedback that build confidence and creativityEnhance vocabulary and reading skills with innovative tools like “Point-and-Discover,” where children can point to words in a physical book, and the tablet’s camera instantly provides explanations, along with guided reading exercises

Adding a touch of fun and companionship, “Thinkie,” an advanced AI-powered learning companion, engages children through voice-based natural language interactions. Thinkie chats, answers questions, and fosters curiosity, making the learning process enjoyable and dynamic.

With an extensive library of ebooks, gamified coursework, and compatibility with popular applications like Google Classroom, the Thinkpal Tablet is a versatile tool for modern families. The 11-inch TÜV Rheinland-certified eye-care screen also safeguards children’s vision during extended use, while the optional keyboard transforms the tablet into a Chromebook-like device, enhancing productivity and usability.

“Our mission is to provide every child with a personalized, world-class tutor that inspires confidence and a lifelong love for learning”, noted Alex Peng during a media interview Q&A. “We’re honored that TechRadar and Trusted Reviews recognize the potential of the Thinkpal to improve learning through advanced and accessible technology.”

The Thinkpal Tablet will be available for $249 ($339 including keyboard) at shop.thethinkacademy.com. Pre-orders open today.

About Think Academy

Think Academy, a subsidiary of TAL Education Group (NYSE: TAL), has been at the forefront of education innovation for over two decades. Serving more than 5 million K-12 students across 10+ countries, Think Academy is dedicated to creating fair and comprehensive educational opportunities. By integrating advanced technology with expert curriculum design, Think Academy is shaping the future of learning to be more accessible, engaging, and impactful.

For media inquiries, contact:
Cecilia Qian
cecilia@impact5r.com

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SOURCE Think Academy

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MLVision M5 Unveiled at CES 2025: Pioneering Innovation in Wearable Technology with the World’s Lightest AI-Powered AR Glasses

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January 11, 2025

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LAS VEGAS, Jan. 11, 2025 /PRNewswire/ — At CES 2025, MLVision has officially launched its groundbreaking MLVision M5, setting a new global standard for wearable technology. Weighing a mere 25.8 grams, the MLVision M5 is the world’s lightest AI-powered AR glasses. The device combines cutting-edge artificial intelligence, precision engineering, and a commitment to privacy and accessibility.

“MLVision M5 is more than just a wearable device; it represents a significant breakthrough in both weight and product design,” said CEO Zhaoen Dai. “Our goal is to create smart AR glasses that feel effortless to wear, leveraging cutting-edge AR display technology and advanced AI models to genuinely help users work and live more efficiently and conveniently.”

Crafted with aviation-grade titanium and ultra-lightweight floating plastic, this device achieves an unprecedented balance between durability and comfort. Weighing only 25.8g, 40% less than traditional AR glasses, it ensures an effortless, all-day wearing experience that feels almost weightless. The ergonomic design caters to users’ needs, making it a perfect companion for both work and leisure.

This device introduces an industry-first modular design, setting a new benchmark for adaptability in AR glasses. This innovation allows users to seamlessly transition between an all-in-one configuration and a clip-on style, accommodating diverse preferences and use cases. For nearsighted users, the M5 eliminates the need for custom prescription lenses—a common limitation in traditional AR glasses. Instead, it can be conveniently clipped onto existing prescription glasses, offering unmatched practicality and cost savings. This thoughtful modularity not only enhances accessibility but also positions the MLVision M5 as a versatile solution for a broad spectrum of users.

One of MLVision M5’s standout features is its immersive visual projection system, which offers an 86-inch private virtual screen. Powered by MLVision’s proprietary Hummingbird Micro-LED light engine and advanced nano-scale diffraction waveguide technology, the glasses create a secure and private viewing experience, ideal for reading confidential documents or browsing personal files. To prioritize eye health, the device utilizes soft green light with a projection distance of 4 meters, reducing strain during extended use.

The MLVision M5 is also equipped with the AIOS platform, delivering unparalleled AI-driven capabilities to enhance user productivity and accessibility. With intelligent tools like document summarization, real-time translation in seven languages, and interactive AI chat for setting reminders and brainstorming ideas, the device seamlessly integrates into the modern workflow. Additionally, its innovative Care Mode provides real-time audio transcription, enabling a more inclusive experience for users with hearing impairments.

The MLVision M5 excels as a navigation powerhouse, offering intuitive, real-time directions to guide users seamlessly through various environments. Whether exploring a new city, finding the fastest route to your destination, or navigating while riding a bike, the M5 ensures you always stay on the right path with ease and confidence.

The MLVision M5 will launch in China at the end of January 2025. Pricing and pre-order details will be announced in the coming weeks.

MLVision, a global innovator in wearable technology, continues to push the boundaries of what is possible by merging innovation, style, and functionality. With the launch of MLVision M5, the company reinforces its commitment to accessibility, sustainability, and creating cutting-edge solutions that redefine how technology is integrated into everyday life.

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SOURCE MLVision

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Brandivio Launches Advanced Retail Allocation Platform for Inventory Excellence

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14 minutes ago

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January 11, 2025

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Brandivio’s inventory optimization solutions empower footwear and apparel brands and retailers to buy smarter, allocate & replenish faster, and meet demand with precision.

NEW YORK, Jan. 11, 2025 /PRNewswire-PRWeb/ — Brandivio, a new generation inventory excellence platform for apparel and footwear retailers, announces its expansion into North America, in conjunction with the National Retail Federation’s (NRF) Big Show in New York City.

The Brandivio platform addresses the unique needs of the retail allocation market, ensuring apparel and footwear retailers have innovative tools to grow and thrive,” said Keith Whaley, SVP of Retail Solutions at Brandivio.

Brandivio, already supporting top-tier brands in EMEA, is built by seasoned retail experts to solve critical inventory challenges in fashion and footwear.

Leveraging machine learning, real-time demand signals, and automation, the Brandivio platform optimizes the distribution of products across a retailer’s stores and e-commerce channels ensuring the right products are in the right places at the right times, ultimately improving sales and margin performance, customer satisfaction, and inventory efficiency.

Key Features of Brandivio –

Advanced Demand Sensing: Predict future demand for short lifecycle products using machine learning native algorithms incorporating hyper-local external datasets to map powerful demand drivers.Dynamic Inventory Allocation: Adjust inventory in real time at the SKU/location level based on in-season trends to reduce stockouts and overstock situations.Real-Time Analytics: Drive test and learn strategies, optimize assortment in-season and connect functional teams across the organization with actionable insights for rapid response to market trends.Automation: Reduce up to 80% of existing manual planning efforts and redirect planner focus towards even greater efficiencies.Ease of Use: Intuitive workflows ensure rapid adoption without extensive training.

“Retailers can no longer rely on outdated tools or seasonal strategies,” said James Townsend, CEO of Brandivio.

“Brandivio democratizes retail data science, enabling brands to level the playing field, compete effectively, and maximize profits in today’s fast-paced market.”

This launch underscores Brandivio’s mission to support U.S. retailers facing tighter margins and increasing competition. “Our platform addresses the unique needs of this market, ensuring retailers have the tools to grow and thrive,” added Keith Whaley, SVP of Retail Solutions.

Contact us for a demo at info@brandivio.com or visit Brandivio.com for more.

Media Contact

Keith Whaley, Brandivio, Inc., 1 9494453183, keith.whaley@brandivio.com, https://brandivio.com

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SOURCE Brandivio, Inc.

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