Latest news with #EINPresswire
Associated Press
3 days ago
- Business
- Associated Press
Exploring the Benefits of Bubble Insulation and Prodex Total
'Cool in Summer. Warm in Winter. Dry all the time.'— Jonathan Barber HOUSTON, TX, UNITED STATES, June 20, 2025 / / -- Bubble insulation is gaining popularity as an efficient and versatile thermal barrier for residential, commercial, and industrial applications. This innovative material features layers of polyethylene air bubbles enclosed between reflective foil surfaces. Available in two main types—single and double bubble—this insulation offers customizable solutions: the single bubble variant includes one layer of bubbles at approximately 5/32 inch thick, while the double bubble option enhances performance with two layers, measuring around 5/16 inch in total thickness. The primary distinction lies in thickness, with performance differences between the two being minimal. Both types can be susceptible to punctures, which may compromise their insulating capabilities. Understanding the Prodex Total difference: Prodex Total replaces the bubble interior with closed cell polyethylene foam. It is a multi-layer reflective insulation designed to address various challenges in metal buildings, pole barns and houses. Features/Benefits: R-value unaffected by humidity : Prevents condensation : Prevents 97% of radiant heat transfer : Vapor barrier : Core sealed on both sides with flange : Elastic : Does not promote mold or mildew : Does not provide for nesting of rodents, bugs or birds : Seals around nails (no leak) : ICC-ES Recognized : Keeps its shape over time (doesn't collapse) : Rippled surface increases airflow : Green Product Certified : Over 5 billion square feet sold worldwide. While bubble insulation can be a cost-effective solution for certain applications, it's essential to consider the specific needs of your building. For environments prone to moisture or requiring consistent thermal performance, Prodex Total may offer enhanced benefits. About Insulation4Less Insulation4Less provides a range of insulation products tailored to various building needs. With a focus on quality and customer education, the company strives to assist consumers in selecting the most suitable insulation solutions. For more information, visit Jonathan Barber Inc +1 281-356-0798 email us here Visit us on social media: Facebook YouTube X Legal Disclaimer: EIN Presswire provides this news content 'as is' without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
Associated Press
4 days ago
- Business
- Associated Press
IPD Group, Owner of EIN Presswire, Affinity Group Publishing, and other News Applications, Rebrands to Newsmatics
Newsmatics Is a News Tech Company Developing Next-Generation Global News Platforms 'Our News Tech platforms are a proving ground for a range of our pioneering News Tech models and there are many more to come'— Mr. Rothstein. WASHINGTON, DISTRICT OF COLUMBIA, USA, May 2, 2022 / / -- Internet Product Development Group, Inc. (IPD Group) is announcing the change of its company name to Newsmatics. The name change reflects the company's focus on news technology platform development and its growing ambitions in areas such as media monitoring, custom media analysis, and advanced intelligence software applications for all types of business, academic, and government customers. Newmatics' current platforms include EIN Presswire, Perspectify News App, Affinity Group Publishing, NewsPlugin, and the Newsmatics News Index. Newsmatics develops and owns market-leading news applications and databases used worldwide by millions of people. It is a world-leading player in the news content distribution and newswire industries via its EIN Presswire. During 2021, Newsmatics' Affinity Group Publishing division launched 3,900 publications powered by the company's proprietary global news indexing systems, presenting structured news content from thousands of worldwide English language sources. The news index, branded as Newsmatics News Index, is a hybrid business model of content publishing and distribution. Each publication such as Beijing Free Press, China Daily Sun, Australian News Journal, Egypt Political Times, Saudi Arabia Business Times, The Japanese Globe, Afghanistan News Wire, etc. is dedicated to a specific topic, region, or a combination of both. Affinity Group Publishing uses proprietary tools to populate each publication with topic-relevant and engaging news articles, applying its vast experience from creating its own world-leading newswires. A professional team of content moderators oversees the results, but we are ready to open the platform for readers to further increase the quality of our localized news content. David Rothstein, CEO of Newsmatics, says, 'Launching 3,900 individually branded news publications in 12 months is no small feat. It represents the depth of technology we possess and the know-how in deploying it. We are reaching deeper into affinity topic communities to present localized content from vetted sources. We aim to help stem the tide of growing news deserts and to give a boost to community journalism. Our future planning leads to hiring local journalists to further increase the quality of our localized news content and help the community of journalists at a time when real journalism is under duress.' 'Our News Tech platforms are a proving ground for a range of our pioneering News Tech models and there are many more to come,' says Mr. Rothstein. Newsmatics News Index is positioning itself as one of the world's leading real-time news indexes. Newsmatics News Index already catalogs news from online news publications worldwide. Mr. Rothstein says, 'We go deeper than other news indexes in that we expect to index more sources than others and we are building analytics. Analytics will include graphs, charts, forecasts, mapping, sentiment analysis, plagiarism tracking, and even copyright violation detections. We apply mathematics to the news.' About Newsmatics Newsmatics is an independent privately held News Tech company headquartered in Washington, DC focused on news technology platform development. Its activities include media monitoring, custom media analysis, and advanced intelligence software applications. Its product line includes EIN Presswire, Affinity Group Publishing, Newsmatics News Index, and the Perspectify mobile app, among others. The company's workforce consists of a global network of talented individuals focused on providing clarity and increasing transparency with respect to news content, while simultaneously striving to help fill local news deserts. It does not rely on advertising as a material source of its revenue. The world is seeing a dangerous rise in propaganda and misinformation purposefully and strategically making its way into media outlets, with some dedicated solely to these harmful activities. Pushing back against these trends is part of our core ethos. David Rothstein Newsmatics +1 202-335-9494 email us here Legal Disclaimer: EIN Presswire provides this news content 'as is' without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
Associated Press
4 days ago
- Business
- Associated Press
GCMS Notes Request Advises Applicants to Secure GCMS and CBSA Notes After Canada's Judicial-Review Deadline Extended
GCMS Notes Request Advises Applicants to Secure GCMS and CBSA Notes After Canada's Judicial-Review Deadline Extended to 75 Days TORONTO, ONTARIO, CANADA, June 18, 2025 / / -- Canada's Federal Court has expanded the filing window for immigration judicial reviews from 30 days to 75 days, giving refused visa, permit, and permanent-residence applicants more time to assemble evidence for their cases. GCMS Notes Request says the extra six weeks make it practical and strategic to obtain the full electronic records that immigration and border officers used when making the original decision. 'A judicial review isn't a fresh application; it's a challenge to how the decision was made,' a spokesperson explained. 'Having the officer's own words in the gcms notes or the inspection details in CBSA notes can reveal procedural errors, unmet evidence thresholds, or misinterpretations that a lawyer can cite in court.' GCMS notes from IRCC's Global Case Management System typically run 30 to 200 pages and include document checklists, background-screening logs, and officer comments. CBSA notes provide parallel insight for cases involving border examinations, enforcement actions, or entry refusals. Both records are available under Canada's Access to Information Act and, according to the company, can be obtained well within the new 75-day limit. Applicants facing tight timelines can order gcms notes from Canada or outside Canada in minutes through the GCMS Notes Request website. The platform delivers encrypted files by email and offers access to independent immigration professionals for complex file reviews. 'With more time on the clock, there's no reason to proceed without the complete record,' the spokesperson added. 'It's the quickest way to turn a generic refusal letter into actionable legal grounds.' About GCMS Notes Request GCMS Notes Request is a Canada-based platform that helps applicants worldwide obtain their GCMS notes from IRCC and CBSA. The service manages requests under the Access to Information Act, delivers encrypted files securely, and provides access to expert reviews from independent immigration professionals for complex files. Learn more at GCMS Notes Request is an independent service and is not affiliated with Immigration, Refugees and Citizenship Canada (IRCC), the Canada Border Services Agency (CBSA), or any Government of Canada department. Obtaining GCMS notes does not guarantee a visa approval. Media Relations GCMS Notes Request email us here Visit us on social media: Instagram Facebook YouTube Legal Disclaimer: EIN Presswire provides this news content 'as is' without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
Associated Press
5 days ago
- Entertainment
- Associated Press
Photographer Maria Marriott Releases New Wild Horse Artwork
New work from award-winning photographer, Maria Marriott, brings awareness to the plight of the American wild horses, highlighting their strength and beauty. 'The beautiful curves of his powerful body were in perfect harmony with his mane and tail moving in rhythm with the wind - a quiet dance.'— Maria Marriott, Photographer SOUTH LAKE TAHOE, CA, UNITED STATES, June 17, 2025 / / -- Award-winning Brazilian photographer Maria Marriott is proud to announce the release of her latest photographic artwork, three images of American wild horses taken in Wyoming and Nevada. Well known for her work documenting the American wild horses in their natural habitat, these new images - 'Puuku', ' Wind Dancer ', and 'Introspection' - present an intimate look into the world of the mustangs, an environment that few even know exists. 'Puuku', the word for 'horse' in the Comanche language is the title for the first new release featuring a stunning wild stallion from the Virginia Range in Nevada. Using a shallow depth of field to bring attention to the stallion's eye and multi-colored mane, Marriott draws the viewer into the soul of the horse as he protects his band of mares and foals. Marriott says: 'The privilege to see a magnificent stallion in the wild is truly a gift. Being able to look directly into its eye, as in the 'Puuku' image, is magical.' The second new release, 'Wind Dancer', is an image of a stallion standing against the punishing wind of the Wyoming desert surrounded by a cloud of dust. It is almost as if this mustang is engaged in a primal dance in the elements of the harsh desert landscape. Talking about 'Wind Dancer', Marriott remembers: 'I spotted him from a distance while making my way through the sage brush to a group of wild horses. This gray wild stallion stood alone as if he was sculpted from wind and stone. The beautiful curves of his powerful body were in perfect harmony with his mane and tail moving in rhythm with the wind - a quiet dance.' 'Introspection' is the third new release and features a powerful wild stallion, neck bent to the right in a pensive stare. The muscular, scarred body speaks of the survivor, while the black and white mane gently cascading in the desert wind evokes a natural peace and beauty. Of capturing her new image, Marriott stated: 'In this wild stallion's gaze, I saw a kind of vulnerability we so often mask and a longing for peace we hardly ever grant ourselves. In the presence of that gray stallion, simply being silent in the desert's vast expanse, I found the essence of introspection - an invitation to listen without words, to pause and reflect.' Celebrated for the emotional depth and technical excellence of her photography, Marriott's three new images continue to push the boundaries of equine photography, while using her photographic art to bring awareness to the crucial need to protect America's wild horses. Her work has been featured in publications and galleries around the world, including Cowboys & Indians, Cowgirl Magazine, Neoque Magazine Italy, Calling All Horse Girls, Horse & Style, White Wall Gallery Greece, and many others. Recently called 'masterful contributions to black and white photography' by the Exposure One Awards, Marriott's images have been recognized in several of the top photography competitions around the world, including re-Focus World Photo Annual competition, Exposure One Photographer of the Year Awards and One Shot Photo Awards, Prix de la Photographie Paris, Spider Awards, One Eyeland Photography Awards, Tokio International Foto Awards, International Photography Awards, and others. About Maria Marriott: Maria Marriott is an award-winning photographer, originally from Rio de Janeiro, Brazil, now based in California and Nevada. She is best known for several wild horse photography series presenting the rugged beauty of the American wild horses. Her multi-year project following and photographing wild mustangs across the Western states has allowed her a platform to bring attention to the pressing issues faced by these American icons. She works with several nonprofit organizations committed to the preservation and safety of mustangs and equine therapy. Maria Marriott Maria Marriott Photography +1 916-606-0349 email us here Visit us on social media: Instagram Facebook Legal Disclaimer: EIN Presswire provides this news content 'as is' without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
Associated Press
7 days ago
- Health
- Associated Press
Precision in a shot: transforming gold nanocubes into diagnostic-grade spheres
GA, UNITED STATES, June 16, 2025 / / -- Gold nanospheres play a pivotal role in point-of-care diagnostics, but manufacturing them at scale with uniform size and shape has long posed a technical hurdle. A new study reports a simplified one-shot synthesis technique that overcomes this challenge by transforming gold nanocubes into consistently sized 35 nm nanospheres through heat-induced surface reactions. This approach bypasses the need for slow, dropwise precursor addition—long considered necessary for precision—using instead a high-temperature incubation process that triggers bromide ion desorption, oxidative etching, and atom migration. The result is a reproducible, scalable method that delivers high-quality nanospheres ideally suited for biomedical applications such as rapid pathogen detection. Lateral flow immunoassays (LFIAs), best known for their use in home COVID-19 tests, rely heavily on the optical properties of gold nanoparticles to produce fast, visible results. However, traditional synthesis methods often yield particles with inconsistent morphology, compromising test accuracy. Uniform gold nanospheres larger than 30 nm are particularly desirable, as their sharp optical signals and large surface areas enhance both sensitivity and binding efficiency. But achieving this uniformity typically requires time-consuming dropwise chemical dosing, which complicates scale-up. Because of these limitations, there is a pressing need for a more efficient, controllable synthesis route to produce diagnostic-grade nanospheres at industrial scale. In a study published March 29, 2025, in Precision Chemistry, researchers from the Georgia Institute of Technology introduced a novel one-shot precursor injection method to synthesize uniform 35 nm gold nanospheres—eliminating the traditional need for stepwise precursor addition. By leveraging elevated temperature and bromide ion chemistry, the team achieved a cube-to-sphere transformation process that yields particles with exceptional uniformity. The synthesized nanospheres rival or surpass those produced by slower, less scalable techniques, signaling a major step forward in nanomaterial manufacturing for next-generation diagnostic tools. The synthesis strategy unfolds in three stages. First, small 10 nm gold spheres are formed via rapid one-shot precursor injection. These serve as seeds, which are then grown into 30 nm nanocubes using a single-step method involving potassium bromide to selectively cap certain crystal facets and control growth. In the final stage, the nanocubes undergo thermal incubation in a CTAC solution at 97°C. This triggers bromide desorption from the surface, setting off a dual mechanism of oxidative etching and surface atom migration, which reshapes the cubes into highly uniform spheres. Spectroscopic data confirmed a gradual blue-shift and narrowing of the plasmon resonance peak, signaling a successful transition to the desired spherical morphology. Comparative tests showed that these spheres exhibit better or equal uniformity, optical clarity, and colloidal stability than those produced by dropwise techniques. Moreover, the compatibility of this approach with continuous-flow systems highlights its potential for commercial-scale production without compromising quality or consistency. This research was to streamline gold nanosphere synthesis while maintaining top-tier quality. And results show by unlocking the role of bromide in the shape transformation process, it was able to design a method that's not only scientifically elegant but also commercially practical. This one-shot approach connects fundamental nanochemistry with scalable engineering, making it possible to manufacture high-performance nanoparticles that meet real-world diagnostic needs. The ability to mass-produce uniform gold nanospheres has wide-ranging implications, especially for medical diagnostics where speed, accuracy, and scalability are essential. These particles can be tailored with biomolecular coatings to detect specific pathogens with high precision, making them valuable in outbreak scenarios or remote healthcare settings. Beyond diagnostics, the method could also benefit fields like drug delivery, biosensing, and photothermal cancer therapy, where particle consistency directly influences effectiveness. As the demand for precision nanomaterials accelerates, this breakthrough offers a scalable, reproducible path to meet the growing needs of next-generation biomedical technologies. References DOI 10.1021/prechem.4c00105 Original Source URL Funding information This work was supported in part by a sponsored project from the Gemina Laboratories for the synthesis, a research grant from the NSF (CHE-2002653) for the SERS measurements, and start-up funds from the Georgia Institute of Technology. Lucy Wang BioDesign Research email us here Legal Disclaimer: EIN Presswire provides this news content 'as is' without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
