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  • Dome Fest West Presents Opera Parallèle’s Award-Winning “Everest: Opera in the Planetarium” at Clark Planetarium

    Dome Fest West Presents Opera Parallèle’s Award-Winning “Everest: Opera in the Planetarium” at Clark Planetarium

    Groundbreaking fulldome adaptation of acclaimed contemporary opera about the 1996 Everest disaster comes to Salt Lake City on January 15, 2026

    This groundbreaking adaptation demonstrates the extraordinary potential of fulldome cinema to transform traditional art forms, creating entirely new ways for audiences to connect with powerful stories”

    — Ryan Moore, Executive Director, Dome Fest West

    SALT LAKE CITY, UT, UNITED STATES, January 7, 2026 /EINPresswire.com/ — Dome Fest West is proud to present Everest: Opera in the Planetarium, an immersive cinematic adaptation of Joby Talbot and Gene Scheer’s acclaimed contemporary opera, created by San Francisco–based Opera Parallèle. This groundbreaking fulldome film, winner of Best Musical Feature at Dome Fest West 2025 and recipient of Opera America’s 2024 Digital Excellence in Opera Award, invites audiences into a powerful fusion of opera, technology, and cinematic storytelling beneath the dome of the Clark Planetarium.

    Based on the true events of the 1996 Mount Everest disaster, widely known through Jon Krakauer’s Into Thin Air and the 1998 MacGillivray Freeman IMAX documentary, the film explores the extremes of human endurance, moral choice, and the fragile beauty of the human spirit.

    Created specifically for immersive environments, Everest: Opera in the Planetarium uses motion-capture animation and striking graphic-novel–inspired visuals to reimagine opera for the dome. These bold visual elements intensify Talbot’s sweeping score and Scheer’s emotionally resonant libretto, creating a visceral, enveloping experience that could only exist in immersive cinema.

    “Everest: Opera in the Planetarium connects across so many worlds, opera, mountaineering, true stories, music, cinema, and visual art, and invites audiences to find their own way into the story,” said Daniel Harvey, Executive Director & Producer of Opera Parallèle. “Whether drawn by the human drama, the mountain itself, or the beauty of the sound and image, Everest offers a deeply personal journey.”

    Presented at the Clark Planetarium through Dome Fest West Presents, this special engagement reflects Dome Fest West’s ongoing commitment to bringing award-winning fulldome and immersive works to new audiences beyond the festival itself, bridging the worlds of immersive cinema, live performance, and cultural storytelling.

    “We’re incredibly excited to share Everest: Opera in the Planetarium with Salt Lake City audiences,” said Ryan Moore, Executive Director of Dome Fest West. “This work exemplifies what Dome Fest West stands for, bold artistic experimentation, technical excellence, and the power of immersive media to transform how stories are experienced. Whether this is someone’s first dome film or their hundredth, Everest is the kind of experience that stays with you.”

    Everest: Opera in the Planetarium will screen for a 10-show limited engagement beginning Thursday, January 15, 2026 and runs through Sunday, January 25, 2026. Tickets are available now at www.saltlakecounty.gov/clark-planetarium

    About Opera Parallèle

    Founded in 2010 by conductor Nicole Paiement in San Francisco, a city defined by the intersection of art and technology, Opera Parallèle reimagines opera for the modern world. The company develops and produces contemporary opera, commissioning new works and re-orchestrating modern masterworks to reveal fresh perspectives. Championing living artists and creative collaboration, Opera Parallèle unites music, design, and technology to tell socially relevant stories that explore the depth of the human condition.

    About Clark Planetarium

    Clark Planetarium is Utah’s gateway to space science, inspiring curiosity and discovery for visitors of all ages. Located at The Gateway in downtown Salt Lake City, the Planetarium features breathtaking IMAX films, immersive live shows in the Hansen Dome Theatre, and three floors of free, hands-on exhibits exploring astronomy, Earth science, and cutting-edge technology. Through engaging programs, school partnerships, and public events, Clark Planetarium connects science to everyday life and fuels a lifelong passion for learning.

    Ryan Moore
    Dome Fest West
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    Everest Opera in the Planetarium | Dome Fest West Presents at the Clark Planetarium

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  • Revelation Biosciences Announces Initiation of GMP Manufacturing of GEMINI and Placebo to Support Later Stage Clinical Development

    Revelation Biosciences Announces Initiation of GMP Manufacturing of GEMINI and Placebo to Support Later Stage Clinical Development

    SAN DIEGO, CA / ACCESS Newswire / January 7, 2026 / Revelation Biosciences, Inc. (NASDAQ:REVB) (the “Company” or “Revelation”), a clinical-stage life sciences company that is focused on rebalancing inflammation, today announced the start of GMP manufacturing of GEMINI and placebo. This manufacturing run will provide the Company with clinical drug supply for later stage clinical studies.

    “We are delighted to be working with a leading global contract manufacturing organization,” said James Rolke, Chief Executive Officer of Revelation. “The manufacture of additional drug supply and placebo will fulfill a critical step in advancing Revelation’s pipeline and accelerating timelines for upcoming clinical programs.”

    The manufacture of drug and Placebo enables the company to conduct randomized double blinded, placebo-controlled clinical studies, and is an integral part of the broader strategy to move Gemini toward approval.

    Revelation met with FDA in December 2025 and is currently awaiting the official meeting minutes. The primary purpose of this meeting was to establish agency feedback and input into the clinical development and regulatory approval pathway for Gemini as a treatment for acute kidney injury (AKI).

    About Gemini

    Gemini is the Company’s proprietary formulation of phosphorylated hexaacyl disaccharide (PHAD®), a toll-like receptor 4 (TLR4) agonist. TLR4 stimulation with Gemini rebalances the innate immune response and has been demonstrated to have the potential to treat acute and chronic diseases associated with dysregulated inflammation. Gemini is currently being evaluated as a potential treatment for acute kidney injury (GEMINI-AKI program). Gemini is also being developed as a treatment for chronic kidney disease (GEMINI-CKD program), as a treatment to reduce hyperinflammation and infection associated with severe burn (GEM-PBI) and as a treatment to prevent post-surgical infection (GEMINI-PSI program). The potential of Gemini has been demonstrated in multiple preclinical models of AKI, CKD and infection, as well as in two phase 1 clinical studies. See additional detail here.

    About AKI

    Acute Kidney Injury or AKI, also known as acute renal failure, is defined as a rapid loss of kidney function. AKI causes a build-up of waste products in blood and makes it more difficult for kidneys to maintain the correct balance of fluid in the body. AKI can also significantly impact other organs such as the brain, heart, and lungs. Severe AKI requiring dialysis significantly increases the likelihood of worse outcomes including longer time in an ICU, potential to develop chronic kidney disease and death.

    AKI is a major cause of morbidity and mortality, affecting more than 10% of all hospitalized patients and more than 50% of patients admitted to intensive care units. Renal replacement therapy (dialysis) is still the only therapeutic option in the treatment of the consequences of severe AKI and is required in approximately 20% of all critically ill patients. Despite the fact that these patients show high mortality rates, up to 40% of patients who survive such an episode develop chronic kidney disease or end-stage renal disease. As such, new therapies to treat AKI are currently needed.

    About Revelation Biosciences, Inc.

    Revelation Biosciences, Inc. is a clinical stage life sciences company focused on rebalancing inflammation using its proprietary formulation Gemini. Revelation has multiple ongoing programs to evaluate Gemini, including the treatment of chronic kidney disease, prevention for post-surgical infection and as a treatment for acute kidney injury.

    For more information on Revelation, please visit www.RevBiosciences.com.

    Forward-Looking Statements

    This press release contains forward-looking statements as defined in the Private Securities Litigation Reform Act of 1995, as amended. Forward-looking statements are statements that are not historical facts. These forward-looking statements are generally identified by the words “anticipate”, “believe”, “expect”, “estimate”, “plan”, “outlook”, and “project” and other similar expressions. We caution investors that forward-looking statements are based on management’s expectations and are only predictions or statements of current expectations and involve known and unknown risks, uncertainties and other factors that may cause actual results to be materially different from those anticipated by the forward-looking statements. Revelation cautions readers not to place undue reliance on any such forward looking statements, which speak only as of the date they were made. The following factors, among others, could cause actual results to differ materially from those described in these forward-looking statements: the ability of Revelation to meet its financial and strategic goals, due to, among other things, competition; the ability of Revelation to grow and manage growth profitability and retain its key employees; the possibility that the Revelation may be adversely affected by other economic, business, and/or competitive factors; risks relating to the successful development of Revelation’s product candidates; the ability to successfully complete planned clinical studies of its product candidates; the risk that we may not fully enroll our clinical studies or enrollment will take longer than expected; risks relating to the occurrence of adverse safety events and/or unexpected concerns that may arise from data or analysis from our clinical studies; changes in applicable laws or regulations; expected initiation of the clinical studies, the timing of clinical data; the outcome of the clinical data, including whether the results of such study is positive or whether it can be replicated; the outcome of data collected, including whether the results of such data and/or correlation can be replicated; the timing, costs, conduct and outcome of our other clinical studies; the anticipated treatment of future clinical data by the FDA, the EMA or other regulatory authorities, including whether such data will be sufficient for approval; the success of future development activities for its product candidates; potential indications for which product candidates may be developed; the ability of Revelation to maintain the listing of its securities on NASDAQ; the expected duration over which Revelation’s balances will fund its operations; and other risks and uncertainties described herein, as well as those risks and uncertainties discussed from time to time in other reports and other public filings with the SEC by Revelation.

    Company Contact

    Mike Porter
    Investor Relations
    Porter LaVay & Rose Inc.
    Email: mike@plrinvest.com

    Chester Zygmont, III
    Chief Financial Officer
    Revelation Biosciences Inc.
    Email: czygmont@revbiosciences.com

    SOURCE: Revelation Biosciences, Inc.

    View the original press release on ACCESS Newswire

  • Pacific Avenue Capital Partners Closes Sale of Emerald Textiles to PureStar Linen Group

    Pacific Avenue Capital Partners Closes Sale of Emerald Textiles to PureStar Linen Group

    LOS ANGELES, CA / ACCESS Newswire / January 7, 2026 / An affiliate of Pacific Avenue Capital Partners (“Pacific Avenue”) is pleased to announce the sale of Emerald Textiles (“Emerald”) to Purestar Linen Group (“PureStar”), a leading North American provider of outsourced laundry services to the hospitality industry.

    Emerald is the largest acute care linen service provider in the Western U.S., operating twelve commercial linen processing facilities and three service depots. Emerald provides a full suite of products encompassing traditional linens and add-ons such as mops, mats, and scrubs.

    Under Pacific Avenue’s ownership since 2017, Emerald was transformed into the leading healthcare service provider in the Western U.S. Pacific Avenue grew the business through four add-on acquisitions, a greenfield expansion, and several large customer wins, while also making Emerald a better business by optimizing its processing footprint, investing in its equipment and facilities, and implementing a process and culture of continuous improvement.

    “Emerald exemplifies the Pacific Avenue investment strategy of buying fundamentally good businesses and unlocking value through operational improvement, capital investment, and accelerated growth,” said Chris Sznewajs, Founder and Managing Partner of Pacific Avenue. “We take pride in Emerald’s extraordinary transformation under our ownership. The company capitalized on Pacific Avenue’s experience and ability to build industry-leading companies. We congratulate and thank Andy Kratky, Emerald’s Chief Executive Officer, and the senior management team for their strategic vision, tremendous execution, and passion.”

    Andy Kratky added, “Pacific Avenue recognized the potential to create value by investing in our company. Working with Pacific Avenue, we invested significantly in our operations and people, becoming a far better company. We are grateful to Pacific Avenue for providing our team with expertise, capital, and the resources needed to acquire and integrate four acquisitions and greenfield a state-of-the-art facility. We are confident in our growth trajectory and will continue to provide our customers with high levels of quality and customer service.

    The transaction closed on December 30, 2025. Financial terms of the transaction were not disclosed.

    BakerHostetler served as legal counsel, Piper Sandler & Co. served as lead financial advisor and Lincoln International, Inc. also served as financial advisor to Pacific Avenue and Emerald with respect to the transaction.

    About Pacific Avenue Capital Partners
    Pacific Avenue Capital Partners is a global private equity firm, headquartered in Los Angeles with offices in Paris, France. The firm is focused on corporate divestitures and other complex situations in the middle market. Pacific Avenue has extensive M&A and operations experience, allowing the firm to navigate complex transactions and unlock value through operational improvement, capital investment, and accelerated growth. Pacific Avenue takes a collaborative approach in partnering with strong management teams to drive lasting and strategic change while assisting businesses in reaching their full potential. Pacific Avenue has approximately $3.8 billion of Assets Under Management (AUM) as of September 30, 2025. The members of the Pacific Avenue team have closed over 120 transactions, including over 50 corporate divestitures, across a multitude of industries throughout their combined careers. For more information, please visit www.pacificavenuecapital.com.

    About Emerald Textiles
    Emerald is the largest acute care linen service provider in the Western U.S., operating twelve commercial linen processing facilities and three service depots. Emerald provides a full suite of products encompassing traditional linens and add-ons (e.g., mops, mats, scrubs, and isolation gowns) and is committed to providing the best value-proposition to customers through the highest quality and service in its geographies. To learn more, please visit www.emeraldus.com.

    Contact Information

    Chris Baddon
    Principal
    cbaddon@pacificavenuecapital.com

    SOURCE: Pacific Avenue Capital Partners

    View the original press release on ACCESS Newswire

  • BluWave-ai Completes 2 Years of Operationalization of EV Everywhere(TM) Across Canadian Electricity Systems

    BluWave-ai Completes 2 Years of Operationalization of EV Everywhere(TM) Across Canadian Electricity Systems

    Scalable Production Grade AI Orchestration Proven to be 55x More Capital Efficient than Utility-Scale Batteries

    OTTAWA, ON / ACCESS Newswire / January 7, 2026 / BluWave-ai announced today the production-scale deployment of the EV Everywhere™ platform across Canadian grids and diverse EV models building on its previous announcement of the patent pending Pan-Canadian EV Everywhere Infrastructure Cube.

    The launch comes at a pivotal moment for the Canadian energy sector. Electric Mobility Canada recently announced that Canada has surpassed the milestone of 1 million electric vehicles registered nationwide, on track to meet the federal mandate of 4.6 million ZEVs on the road by 2030. Ontario alone is facing a projected fleet of 11.5 million EVs by 2050, requiring up to $92 billions in grid upgrades. The EV Everywhere™ platform offers a proven pathway to manage growing electrification demands while avoiding hundreds of billions in capital-intensive “poles and wires” upgrades across Canada.

    “When just 33 percent of Canada’s current 1 million EVs get on the platform, it offers grids across the country approximately 2.5 GW of power capacity and 20 GWh of storage capacity-which is enough to power the entire British Columbia grid for two hours alone,” said Devashish Paul, CEO and founder of BluWave-ai. “This turns a potential grid liability into a massive, distributed battery that can be dispatched whenever the system is under stress.”

    Expanding Ecosystem with Smartcar
    Central to this nationwide rollout is BluWave-ai’s continued collaboration with Smartcar, building on their 2023 agreement to integrate vehicle APIs for direct-to-car communication. Through this partnership, BluWave-ai and Smartcar conducted extensive testing to validate managed charging across a wide spectrum of automotive brands, including Tesla, Kia, Hyundai, Ford, GM, BMW, Jaguar, Mini, and Porsche. This validation ensures that the EV Everywhere™ platform can reliably orchestrate diverse EV fleets across various provincial grids, regardless of the charging hardware used.

    “We take on the last mile connectivity to a variety of EV models and work with application operators like BluWave-ai to ensure that by connecting to our cloud, the interface to EV OEMs is seamless and believe that this partnership will accelerate the integration of EVs into the Canadian smart grid, enabling more efficient, and sustainable energy management, and most importantly freeing up BluWave-ai to run the grid optimization using the EVs that we connect them to,” said Sahas Katta, CEO of Smartcar.

    Optimizing the Grid with EVs and Storage
    The program executed 151 distinct test scenarios across summer and winter seasons, validating a “dual-resource” strategy that utilizes both EVs and Battery Energy Storage Systems (BESS).

    “Based on our extensive testing over the past two years in grids across Canada, utilities should prioritize EV curtailment as the primary non-wire alternative resource due to its superior capital efficiency relative to Battery Storage,” said Thomas Triplet, VP of Technology at BluWave-ai. “BESS assets should be deployed secondarily for ‘firming’ capacity and fast-frequency response (sub-minute) where EV latency (90 seconds) is insufficient. EV capex is paid for by consumers, whereas front-of-the-meter (FOTM) batteries are either paid for by utilities or capitalized by IPPs with utility commits to long term contracts, so EVs are very attractive from a capital angle. Regardless, by combining EV Everywhere with our Energy Storage Autopilot™, our platform can aggregate the entire pool of EVs and BESS assets as a large energy storage base readily available for utilities and system operators. Our software system demonstrated the capacity to reduce peak EV charging loads by up to 35 percent and on average by 21.7 percent.”

    Availability of the Energy Storage Autopilot for FOTM energy storage facilities follows deployment with Area X.O, a multi-sector research and development complex founded by Invest Ottawa, to optimize the performance of grid-scale batteries using BluWave-ai EV Everywhere complemented by BluWave-ai Energy Storage Autopilot to manage grid congestion.

    Key Performance Milestones & Findings:

    • Massive Capital Efficiency: Aggregating EVs was found to be ~55 times more capital-efficient than deploying equivalent utility-scale battery storage.

    • Infrastructure Deferral: The platform has the potential to deliver an infrastructure deferral value of $2.3M to $7.9M per 1,000 EVs, depending on local grid conditions.

    • Mitigating the ‘Timer Peak’: The system achieved 100% target adherence, reducing peak demand by up to 32% by managing the surge caused by EVs scheduling charging at the start of low overnight rate periods.

    • Consumer Acceptance: By design, satisfying the EV drivers’ target departure state of charge at their selected time is primary. Opt-out rates averaged only 4%, confirming high consumer acceptance.

    A Call for Regulatory Reform: To accelerate these benefits, BluWave-ai recommends that electricity system operators and provincial regulators (such as the OEB, Régie de l’énergie and BCUC where the largest EV penetration in Canada is) lower market participation thresholds to 100 kW aligning with the North American FERC 2222 standard, allow utilities to capitalize SaaS expenses for NWAs, and utilize direct EV telemetry for Measurement & Verification (M&V).

    Patented Innovation at Scale: The EV Everywhere™ platform is supported by a robust suite of intellectual property that has grown to 51 patents filed internationally, with 13 patents already granted by the USPTO.

    Proven Readiness for International Deployment: While currently operationalizing across Canada, the EV Everywhere™ platform is engineered for global scale-out. This is evidenced by BluWave-ai’s strategic collaboration with the Dubai Taxi Company (DTC), where the platform was deployed to provide direct connectivity to vehicles within DTC’s fleet. By leveraging AI to optimize the energy consumption and charging cycles of one of the world’s most prominent taxi fleets, BluWave-ai has demonstrated the platform’s ability to handle high-utilization commercial assets and diverse international grid requirements. This international experience ensures that EV Everywhere is ready to support utilities in any market transitioning to mass-market electric mobility.

    Covering another key aspect of electrification challenging the electrical system, BluWave-ai recently announced the availability of the Data Center Autopilot™. In concert with EV Everywhere and the Energy Storage Autopilot, it provides application owners, colocation, and hyperscale data center operators a fast-to-deploy solution to manage their immense and volatile power demands in concert with the dynamics of the local grid load.

    “The strain that hyperscale AI is putting on the grid is a major concern for all colocation providers, especially as we commit to meeting aggressive sustainability goals. BluWave-ai’s approach is unique because it goes beyond facility-level controls to address the power demands at the rack and application level,” said Mike Lalonde, Co-founder at Purecolo.” Integrating Data Center Autopilot allows us to provide our customers with a truly granular demand response capability, ensuring we can optimize workloads to align with the grid’s real-time cost and carbon intensity. This partnership is a key step for Purecolo to manage volatility, offer superior quality of service, and deliver on our promise of a more efficient, net-zero-ready data center.”

    For EV Drivers wanting to get on the platform and earn rewards go to: ev-everywhere.ca

    • Charge when your electricity rates are lowest

    • Power your drive with cleaner energy

    • Learn about your energy use with personalized insights

    • Support the connected grid of the future

    • Drive more sustainably to earn rewards and give back

    For utilities and system operators seeking to manage EVs relative to load and storage, go to: https://www.bluwave-ai.com/ev-everywhere

    Contact:

    info@bluwave-ai.com

    SOURCE: BluWave-ai

    View the original press release on ACCESS Newswire

  • VVater Awarded Multimillion Dollar Contract by Fortune 50 Food & Beverage Manufacturer

    VVater Awarded Multimillion Dollar Contract by Fortune 50 Food & Beverage Manufacturer

    VVater will convert 40K gallons of contaminated water per day at U.S. facility

    AUSTIN, TEXAS / ACCESS Newswire / January 7, 2026 / VVater, America’s Next Water Company, announced today that it has been awarded a multimillion-dollar contract by a Fortune 50 global Food & Beverage company to deliver an advanced water treatment solution at one of its major U.S. manufacturing facilities in Texas. The engagement spans ten years and reflects VVater’s expanding role as the preferred partner for enterprises seeking resilient, on-site water infrastructure.

    Under the agreement, VVater will handle 100% of the facility’s discharge water, and transform 40,000 gallons of previously contaminated industrial water per day into safe, potable drinking water. This will reduce freshwater dependency while strengthening operational reliability in a region facing increasing water stress, using VVater’s award-winning Farady Reactors.

    “For large industrial operators, water is no longer a utility; it’s a strategic input,” said Kevin Gast, Chairman and CEO of VVater. “Companies that run continuously and at scale need certainty, resilience, and control. That’s where VVater comes in, and in this particular case, our customer did not have years to wait for permits, construction, and retrofits. They need solutions that can be designed, deployed, and operationalized on real-world timelines.”

    The customer selected VVater not only for its technical capabilities, but also for its ability to design, build, and commission a fully operational water system in a matter of weeks, rather than months or years. The rapid deployment timeline reflects VVater’s vertically integrated delivery model and modular infrastructure platform, allowing enterprises to resolve water constraints without disrupting ongoing operations. This execution velocity is increasingly critical for manufacturers facing production schedules, regulatory deadlines, and regional water uncertainty.

    Industrial manufacturers across the United States are facing rising water costs, stricter discharge regulations, and heightened scrutiny from regulators, investors, and consumers. VVater’s solution enables facilities to close the loop on water use, converting impaired water into a dependable, on-site drinking water supply while reducing exposure to supply disruptions and compliance risk. By treating water at the point of use, VVater helps industrial operators lower long-term operating costs, minimize infrastructure dependencies, and insulate production from regional water volatility.

    This engagement reflects a broader trend across U.S. manufacturing, where Fortune-scale operators are transitioning away from centralized, legacy water systems toward decentralized, high-performance solutions that deliver measurable outcomes.

    VVater continues to be selected across industries for its ability to:

    • Deliver potable-grade water from impaired sources

    • Deploy quickly without disrupting operations

    • Operate reliably over extended time horizons

    • Align economic performance with sustainability goals

    As water security becomes inseparable from business continuity, VVater is increasingly positioned as America’s Next Water Company, providing the infrastructure modern industry requires to operate, expand, and compete.

    About VVater

    VVater is America’s Next Water Company, delivering the future of purification through its award-winning Farady Reactor (Time Best Invention Award 2025, CES Best of Innovation 2025, World Future Award 2025, Inc Magazine Best in Business Award 2025). The first company in history to win all 4 in 1 year achieving a Triple Crown), proprietary ALTEP (Advanced Low Tension Electroporation Process), Advanced Dissolved Air Flotation, and Micro & Nano Bubble technologies. Unlike outdated chemical, filtration, and membrane systems, VVater’s electric-field breakthroughs eliminate PFAS, microplastics, microorganisms, and other contaminants with record retention times, without producing toxic byproducts or requiring costly consumables. With over 4.3B gallons treated and validation from global leaders, VVater is scaling into municipal drinking water and wastewater, DPR/IPR, onsite reuse for data centers, commercial buildings, and resorts, residential purification, and consumer health water, delivering a 60% smaller footprint, 40% CapEx savings, 80% OpEx savings, and 40% less energy use. For more information, please visit www.vvater.com

    VVater Media Office
    media@vvater.com

    5W PR
    Nicholas Koulermos
    vvater@5wpr.com

    SOURCE: VVater LLC

    View the original press release on ACCESS Newswire

  • Rick’s Weta Trimaran Racing Experience Confirms Precision and High-Performance Design!

    Rick’s Weta Trimaran Racing Experience Confirms Precision and High-Performance Design!

    Precision Sailing, Performance Proven

    TALLAHASSEE, FL, UNITED STATES, January 7, 2026 /EINPresswire.com/ — Rick Small Sailboats LLC recently concluded a series of technical evaluations regarding the Weta Trimaran’s performance during competitive racing scenarios. The findings indicate that the vessel’s stable three-hull configuration fundamentally alters the learning curve for developing sailors. By prioritizing a secure platform, the design allows operators to focus on tactical growth rather than buoyancy management.

    The evaluation centered on how a predictable platform facilitates skill acquisition in high-wind environments. Rick Small Sailboats LLC observed that the inherent stability of the trimaran encourages sailors to test technical boundaries. Instead of reacting to the constant threat of a capsize, the operator can refine sail trim and steering precision. This shift in focus transforms the sailing experience from a physical struggle into a sophisticated exercise in navigation.

    Engineering Stability to Foster Sailor Confidence

    Technical data suggests that the best trimaran for beginners must offer a balance between forgiveness and feedback. Rick Small Sailboats LLC highlights that the Weta’s design provides a wide beam that resists heeling. This structural geometry allows novice sailors to keep the boat flat and fast, even when gusts increase. Consequently, the sailor gains the mental clarity needed to study wind shifts and current patterns on the racecourse.

    The company notes that when fear of failure is removed from the equation, technical proficiency increases exponentially. Rick Small Sailboats LLC identifies this as the “”learning-by-doing”” threshold. By utilizing the best trimaran for beginners, individuals can bypass the initial anxiety often associated with narrow dinghies. This accessibility is a core pillar of the company’s mission to democratize high-performance sailing for the Florida boating community.

    Analyzing High-Speed Dynamics and Tactical Freedom

    Speed serves as a vital teacher in the maritime world. During recent trials, the Weta trimaran top speed was reached in moderate chop, demonstrating the hull’s ability to pierce waves efficiently. Rick Small Sailboats LLC reports that the vessel maintains structural integrity and steering responsiveness at these higher velocities. This reliability ensures that the sailor remains in total control while exploring the upper limits of the boat’s capabilities.

    “The platform allows an individual to sail harder and push deeper angles than they might on a traditional monohull,” stated Rick, owner of Rick Small Sailboats LLC. “Because the boat acts as a stable extension of the sailor, you spend less time fighting the equipment and more time perfecting your craft. It encourages a level of experimentation that is rarely seen in entry-level racing circles.”

    Performance Metrics for Modern Recreational Sailing

    The Weta trimaran performance metrics indicate a high power-to-weight ratio, which is essential for light-wind regions like the Southeastern United States. Rick Small Sailboats LLC utilizes these statistics to show that recreational boats do not have to be sluggish or heavy. The lightweight carbon fiber components allow for easy trailering and quick assembly. This efficiency appeals to hobbyists who value their time on the water over complex maintenance.

    Data regarding the Weta trimaran speed reveals that the boat accelerates rapidly out of tacks and jibes. Rick Small Sailboats LLC emphasizes that this acceleration helps sailors understand the immediate impact of their adjustments. When a sailor tweaks the outhaul or modifies the downhaul, the Weta trimaran speed responds instantly. This direct feedback loop is crucial for those wanting to transition from casual observers to competitive racers.

    Accessibility and Integration into the Sailing Lifestyle

    Rick Small Sailboats LLC continues to challenge the misconception that high-tier marine technology is reserved for the elite. By offering a Weta trimaran for sail, the company provides a pathway for families and individuals to enter the sport affordably. The focus remains on providing a complete ecosystem of support, including instruction and technical guidance, to ensure every new owner succeeds in their maritime journey.

    “We observe a significant boost in sailor retention when the equipment matches the user’s ambition,” a representative from Rick Small Sailboats LLC noted. “Providing a Weta trimaran for sail means offering a vehicle for personal growth. Our goal is to see more people experiencing the freedom of the water without the steep barriers to entry that historically defined this industry.”

    Technical Specifications and Design Excellence

    The Weta trimaran performance is largely attributed to its versatile sail plan, which includes a main, jib, and reacher. This configuration allows the boat to adapt to various wind strengths, making it suitable for both inland lakes and coastal waters. Rick Small Sailboats LLC points out that the ability to hit a high Weta trimaran top speed safely is what distinguishes this craft from its peers.

    Furthermore, the integration of carbon fiber into the localized frame enhances the durability and responsiveness of the vessel. Rick Small Sailboats LLC has documented that these materials contribute to a stiffer ride that rewards precise handling. This design philosophy ensures that as a sailor’s skill level grows, the boat remains a relevant platform. The company’s focus remains on providing boats that serve as reliable tools for education and recreation alike.

    About Rick Small Sailboats LLC:

    Based in Florida, Rick Small Sailboats LLC specializes in small, manageable, and high-performance sailing craft. The company focuses on the Weta Trimaran, providing sales, instruction, and community support. By breaking down the complexities of sailing, they help recreational boaters achieve confidence and proficiency on the water.

    Rick
    Rick Small Sailboats LLC
    +1 954-579-1289
    rick@rickssmallsailboats.com
    Visit us on social media:
    Facebook
    Other

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    EIN Presswire provides this news content “as is” without warranty of any kind. We do not accept any responsibility or liability
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    article. If you have any complaints or copyright issues related to this article, kindly contact the author above.

  • IDE Pivotal Trial for Novel Liquid Embolic Device Completes Enrollment

    IDE Pivotal Trial for Novel Liquid Embolic Device Completes Enrollment

    Enrollment completed across 18 clinical sites with 40+ investigators in the US, Canada, and New Zealand

    If the GPX trial can confirm the positive results of the earlier study published in JVIR, it could help establish GPX as an important new tool in embolic therapy. ”

    — Dr. Michael Darcy

    SALT LAKE CITY, UT, UNITED STATES, January 7, 2026 /EINPresswire.com/ — Fluidx Medical Technology, Inc. announced the completion of patient enrollment in the Investigational Device Exemption (IDE) pivotal clinical trial evaluating the GPX Embolic Device. The prospective, multicenter, multinational study is designed to assess the safety and effectiveness of GPX for peripheral vascular embolization.

    Vascular embolization is a minimally invasive, image-guided procedure that blocks blood flow to targeted vessels. Although more than $3.5 billion is spent annually on embolic devices to treat tumors and other conditions throughout the body, many of these devices remain difficult to prepare, deliver, and control. The GPX technology is packaged in a ready-to-use syringe, can be prepped tableside by the clinician in less than 30 seconds, and may be delivered through standard microcatheters without complex mixing systems or special delivery catheters.

    “Completing enrollment is a critical milestone for the study, and we thank the investigators and patients who made it possible”, said Michael Darcy, MD, National Principal Investigator and Professor of Radiology at Washington University in St. Louis. “If the GPX trial can confirm the positive results of the earlier study published in JVIR, it could help establish GPX as an important new tool in embolic therapy. We look forward to sharing this data with the interventional community.”

    The trial enrolled one hundred and fourteen (114) patients at eighteen (18) sites across the United States, Canada, and New Zealand, involving more than forty (40) investigators. During the trial, GPX was delivered through over twenty (20) different microcatheter configurations, (spanning sizes from 1.9Fr (0.025”/0.63mm) to 2.8Fr (0.037”/0.93mm) outer diameters (OD) and lengths from 110 cm to 165 cm), demonstrating broad compatibility across a wide range of commonly used delivery devices.

    Commenting on ease of use, Gary Siskin, MD, of Albany Medical Center, said, “We have been very pleased with our experience using GPX. Preparation was straightforward and truly ‘grab-and-go,’ which fits well into a busy clinical workflow and enables real time clinical decision making.”

    “We are excited to analyze the data from this pivotal trial,” stated Libble Ginster, President and CEO of Fluidx Medical Technology, Inc. “Interventional oncology is a significant growth area. Liquid and gel embolics continue to have challenges around ease of use, requiring complex preparation and delivery techniques as well as complicated specialty delivery systems. The GPX technology has the potential to revolutionize the category.”

    About Fluidx Medical Technology:
    Fluidx Medical Technology, Inc. is a Salt Lake City–based medical device company advancing a portfolio of next-generation embolic technologies, including GPX, ULTRA, and IMPASS. The company’s solutions address peripheral vascular, interventional oncology, and neurovascular applications, offering simplicity, enhanced visibility, and precise device control during delivery for highly targeted and complete occlusion.

    GPX, ULTRA, and IMPASS Embolic Devices are under development and are intended for research, educational, and engineering use only. They have not received marketing clearance or approval in any market. www.FluidxMedical.com

    Russell Bjorklund
    Fluidx Medical Technology
    email us here
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  • New Music Alert ‘Before We Were Through’ from Texas Singer Songwriter Joshua Jamison

    New Music Alert ‘Before We Were Through’ from Texas Singer Songwriter Joshua Jamison

    Track Title: Before We Were Through, from the album Black Well
    Genre: Country / Americana / Pop
    Launch Date: Out Now!
    ISRC Code: QT65Y2575270

    KEENE, TX, UNITED STATES, January 7, 2026 /EINPresswire.com/ — Joshua Jamison, a Texas-based singer-songwriter known for his deeply rooted storytelling and spiritual resonance, announces the release of his latest single, “Before We Were Through”, available now on all major streaming platforms.

    Hailing from the rich musical soil of the Lone Star State and currently operating out of Keene, Texas, Joshua Jamison draws inspiration from the Texas Panhandle’s vast landscapes and the timeless traditions of gospel and folk storytelling. With a voice that is both weathered and warm, Jamison crafts songs that resonate with raw authenticity, delving into profound themes of faith, hope, struggle, and redemption through a uniquely Texan perspective.

    “Before We Were Through” exemplifies Jamison’s signature style—blending high-desert gospel influences with heartfelt lyrics that speak to the human experience. The track invites listeners on a journey of reflection and renewal, staying true to the artist’s commitment to music that uplifts and inspires.

    “I’m thrilled to share this new chapter with everyone,” said Joshua Jamison. “This song comes from a place of real life—the highs, the lows, and the grace that carries us through. It’s Texas in every note.

    “Fans can stream or download “Before We Were Through” today on platforms including Spotify, Apple Music, and more.

    For the latest updates, live performance dates, and exclusive content, visit www.joshuajamison.com

    About Joshua Jamison
    Joshua Jamison is an independent singer-songwriter whose music flows from the rich soil of the Lone Star State, deeply rooted in its storytelling traditions and imbued with profound spiritual depth. Established in the Texas Panhandle and now based in Keene, his work as a purveyor of high-desert gospel continues to touch hearts across the country.

    https://www.youtube.com/channel/UCg0cRIT3xGRog05dXLHwiAA
    https://www.youtube.com/channel/UCg0cRIT3xGRog05dXLHwiAA
    https://open.spotify.com/artist/0iKv4ECVjKULd4szikmm5N?si=qXStxdyaTdayP26dWGCvVw&nd=1&dlsi=604a427ba71b4e29
    https://music.apple.com/us/artist/joshua-jamison/1783595616
    https://music.amazon.com/artists/B0FWWK4348/joshua-jamison?marketplaceId=ATVPDKIKX0DER&musicTerritory=US&ref=dm_sh_HRUwcgkWwXpDc1XaQwAQcx726

    Contact Joshua Jamison at joshuadyche@icloud.com and please mention Radio Pluggers!

    David Wiltsher
    Radio Pluggers
    +44 7552 531612
    email us here

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  • AdvantageGEO, Inc Announces Cited: Self-Service SaaS Platform Democratizing AI Search for Businesses of All Sizes

    AdvantageGEO, Inc Announces Cited: Self-Service SaaS Platform Democratizing AI Search for Businesses of All Sizes

    Automated GEO Platform Empowers SMBs and Agencies to Compete with Fortune 500 Brands in the AI-Powered Search Landscape

    SEO leveled the playing field in the mid 2000s. Cited is doing the same thing for AI search, giving every business, regardless of budget, the power to be cited, recommended, and trusted by AI engines.”

    — Jennifer Valenti, Co-Founder & Chief Strategy Officer

    NEW YORK, NY, UNITED STATES, January 7, 2026 /EINPresswire.com/ — AdvantageGEO, Inc. today announced the official launch of Cited, its flagship Software-as-a-Service (SaaS) platform designed to revolutionize how businesses and agencies of all sizes achieve visibility and authority in AI-powered search environments. As generative AI platforms rapidly replace traditional search engines as the primary gateway to information, Cited delivers enterprise-grade Generative Engine Optimization (GEO) capabilities at a price point accessible to small and medium-sized businesses and marketing agencies.

    The Great Equalizer in AI Search
    While Fortune 500 companies have begun investing heavily in GEO and AI Search strategies, small and medium-sized businesses and marketing agencies have been largely shut out, until now. Cited democratizes access to sophisticated AI optimization technology, enabling businesses of any size to ensure they’re cited, recommended, and referenced when AI engines like ChatGPT, Perplexity, Claude, and Google AI Overviews answer customer queries.

    “We built Cited specifically to level the playing field,” said Jennifer Valenti, Co-Founder and Chief Strategy Officer. “For too long, AI visibility has been the exclusive domain of enterprises with massive marketing budgets. Now, a local accounting firm can compete for AI citations alongside the Big Four. A boutique agency can be recommended by ChatGPT right next to the global consultancies.”

    Bridging the AI Visibility Gap
    Research shows that AI-referred traffic surged 527% in the first half of 2025, yet most businesses remain invisible in these high-intent, high-conversion interactions. When potential customers ask AI platforms for recommendations, small businesses are systematically overlooked, not because they lack expertise, but because they lack the specialized technology to optimize for how AI engines discover, evaluate, and cite sources.

    Cited solves this critical gap with an intuitive, affordable platform that provides:
    • Real-Time AI Citation Tracking: Monitor brand mentions across all major AI platforms from a single dashboard
    • Competitive Intelligence: See exactly how competitors are being cited and identify displacement opportunities
    • Authority Building Automation: Proprietary algorithms that strengthen brand entity recognition and topical authority across AI knowledge bases
    • Content Optimization Engine: AI-powered recommendations that transform existing content into citation-ready material
    • Multi-Platform Visibility: Unified optimization strategy across ChatGPT, Perplexity, Claude, Google AI Overviews, and emerging platforms
    • Citation Opportunity Alerts: Proactive notifications when high-value citation opportunities emerge in your industry
    • Impact Analytics: Measure business impact with conversion tracking and attribution modeling

    Built for Accessibility, Engineered for Results
    Unlike enterprise AI solutions that require dedicated teams and six-figure budgets, Cited was designed for ease of use. The platform’s intuitive interface guides users through optimization strategies, while sophisticated AI algorithms work behind the scenes to maximize citation potential.

    “The technology behind Cited is incredibly sophisticated, but we’ve made it remarkably simple to use,” Valenti explained. “You don’t need to understand the intricacies of Retrieval-Augmented Generation or semantic vector spaces. Cited handles that complexity so you can focus on running your business.”

    Transforming Competition in the AI Era
    The platform addresses three critical challenges facing SMBs and agencies in the AI search landscape:
    1. Discovery: Ensuring AI platforms can find and access your expertise
    2. Authority: Building the trust signals that make AI engines cite your brand
    3. Optimization: Structuring content in ways AI platforms prioritize for citations

    By making these capabilities accessible and affordable, Cited enables small businesses to capture their fair share of the trillion-dollar shift toward AI-mediated commerce.

    The Future of Search is Here
    As AI search adoption accelerates, early movers are establishing citation dominance in their industries. Cited provides the tools for businesses of any size to secure their position as authoritative sources before their markets become saturated.

    “We’re not just launching a product, we’re launching a movement,” added Scott Lee, CEO. “Every business deserves to be discovered, cited, and recommended when they’re the best solution. This is about fairness, accessibility, and ensuring that expertise wins over budget every single time.”

    About Cited
    Cited is the AI Search Optimization platform that turns GEO insights into action. Founded to help businesses and agencies own their AI presence, Cited enables brands to become the answer AI recommends first. The platform identifies gaps in AI visibility, generates relevant content, provides technical fixes, and measures impact, giving small businesses the same competitive intelligence as global brands. For more information, visit www.youcited.com.

    Richard Riley
    Chief Marketing Officer, Cited
    +1 732-714-4033
    rich@youcited.com

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  • Turning crop waste into precision weapons against waterborne pathogens

    Turning crop waste into precision weapons against waterborne pathogens

    GA, UNITED STATES, January 7, 2026 /EINPresswire.com/ — Antimicrobial resistance and ecological disruption caused by broad-spectrum disinfectants have created an urgent need for precision strategies that remove harmful bacteria without damaging beneficial microbial communities. This study presents a biomass-derived nanomaterial capable of selectively eliminating Staphylococcus aureus, a widespread and resilient pathogen in aquatic environments. By converting agricultural waste into amine-modified carbon dots with intrinsic oxidase-like activity, the research demonstrates a targeted disinfection approach that operates efficiently across a wide temperature range, including cold conditions. The nanomaterials preferentially bind to pathogen-specific cell wall components, triggering localized oxidative stress and membrane damage while sparing non-target and probiotic bacteria. This work offers a sustainable and environmentally compatible alternative to conventional disinfectants.

    Staphylococcus aureus is a persistent pathogen found in diverse water environments, including freshwater, wastewater, and even cold natural waters, where it poses ongoing public health risks. Conventional disinfectants and antibiotics often lack selectivity, leading to ecological harm, microbial imbalance, and the acceleration of antimicrobial resistance. Many existing antibacterial strategies are also temperature-sensitive or environmentally persistent, limiting their real-world applicability. Meanwhile, large quantities of agricultural biomass waste remain underutilized, despite their potential as sustainable material sources. Based on these challenges, there is a strong need to develop environmentally friendly, low-cost, and species-specific disinfection technologies capable of operating effectively under diverse environmental conditions.

    Researchers from the Harbin Institute of Technology reported on December 24, 2025, in Environmental Science and Ecotechnology the development of a novel class of biomass-derived carbon dots that selectively eradicate Staphylococcus aureus in water. Using corn straw as a raw material, the team synthesized amine-modified nanomaterials that act as oxidase mimics, enabling targeted bacterial inactivation without harming beneficial microorganisms. The study demonstrates effective disinfection at low doses and across temperatures ranging from near-freezing to physiological conditions, highlighting strong potential for real-world water treatment applications.

    The researchers synthesized a series of amine-modified carbon dots using a one-step hydrothermal process, introducing different amine chain lengths to tune antibacterial performance. Among them, triethylenetetramine-modified carbon dots exhibited the strongest and most selective activity. At low concentrations, these nanomaterials achieved near-complete inactivation of Staphylococcus aureus within one hour, while showing negligible toxicity toward probiotic bacteria such as Bacillus subtilis and common Gram-negative species.

    Mechanistic investigations revealed that selectivity arises from preferential binding between the carbon dots and polysaccharide components on the pathogen’s cell wall. This targeted adsorption enabled localized production of reactive oxygen species, primarily superoxide radicals and singlet oxygen, leading to membrane disruption, potassium ion leakage, and irreversible metabolic damage. Importantly, these effects were highly localized, preventing collateral damage to surrounding microbial communities.

    The antibacterial activity remained robust at temperatures as low as 4 °C, addressing a major limitation of many existing disinfection methods. Additional tests in real water matrices—including tap water, river water, and wastewater effluent—confirmed sustained performance and long-term stability. Environmental safety assessments further showed low cytotoxicity toward mammalian cells and rapid photodegradability, supporting the ecological compatibility of the approach.

    “This work demonstrates how material design can fundamentally change the way we think about disinfection,” said the study’s corresponding author. “By leveraging biomass waste and molecular-level selectivity, we can eliminate harmful bacteria without disturbing beneficial microorganisms or introducing persistent pollutants. The ability to function at low temperatures and in complex water environments makes this strategy particularly relevant for real-world applications, especially in cold regions and decentralized water systems.”

    The findings point to a new generation of precision disinfectants that combine sustainability, safety, and effectiveness. By transforming agricultural waste into functional nanomaterials, the approach supports circular economy principles while addressing critical public health challenges. Potential applications include drinking water treatment, wastewater management, and ecological water restoration, particularly in cold or seasonally variable climates. Unlike conventional broad-spectrum agents, these selective nanomaterials help preserve microbial balance, reducing ecological disruption and resistance risks. With further development, such materials could be integrated into filtration membranes or continuous-flow treatment systems, offering scalable and environmentally responsible solutions for pathogen control in water infrastructures worldwide.

    References
    DOI
    10.1016/j.ese.2025.100651

    Original Source URL
    https://doi.org/10.1016/j.ese.2025.100651

    Funding information
    This study was supported by the National Key R&D Program of China (2023YFC3207400), the National Natural Science Foundation of China (52170028 and 22409040), the State Key Laboratory of Urban Water Resource and Environment, HIT (2023DX11), and the Heilongjiang Provincial S&T Program (HST2023GF003). The authors also appreciate the support of the Science Foundation of the National Engineering Research Center for Safe Disposal and Resource Recovery of Sludge (Z2024A014).

    Lucy Wang
    BioDesign Research
    email us here

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