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Revolutionary Patent Centered Around Magma Driven Geothermal Energy Systems has been awarded to Magma Power™ LLC by The United States Patent & Trademark Office

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NEW YORK, Oct. 9, 2024 /PRNewswire/ — Magma Power LLC, a leader in geothermal energy innovation, proudly announces the issuance of a transformative patent for an advanced geothermal system that harnesses the intense heat generated by subterranean magma reservoirs. This cutting-edge technology represents a significant leap forward in geothermal energy utilization, offering a highly efficient and sustainable method for generating heated heat transfer fluids, such as steam, for a wide range of industrial applications, including electricity generation and industrial heating.

Revolutionizing Geothermal Energy with Magma Power

The patented geothermal system is designed to extract and utilize the immense heat generated by underground magma. The system centers around a wellbore that extends from the Earth’s surface deep into a magma reservoir, where an underground chamber is created to facilitate efficient heat transfer. The process begins with the formation of this chamber by injecting a pressurized fluid into the magma reservoir, displacing the magma, and creating a cavity lined with hardened magma.

Once the chamber is formed, the system transitions to a heat transfer operation where a heat transfer fluid—such as water, molten salt, or specialized thermal oils—is introduced into the wellbore. The fluid absorbs heat from the magma chamber and is then extracted to the surface, where it can be utilized for various thermal processes.

Key Features and Claims of the Patent

This comprehensive patent introduces several innovative features and claims that optimize the use of geothermal energy for heat transfer and industrial processes:

Initial and Final Configurations: The system operates in two primary configurations. Initially, during the formation of the underground chamber, a borehole is extended from the surface to the underground magma reservoir. A fluid conduit and a fluid pump are used to inject a pressurized fluid into the magma, displacing it to form a cavity that serves as the underground chamber. The internal surface of this chamber is partially lined with hardened magma. In the final configuration, the borehole and fluid conduit facilitate the circulation of heat transfer fluid between the underground chamber and the surface for efficient heat extraction.Chamber Formation and Maintenance: The system forms a cavity within the magma reservoir by displacing magma with a pressurized fluid. This cavity acts as the underground chamber, with its internal surface composed of hardened magma. During heat transfer operations, the system maintains this cavity by carefully controlling the pressure and flow rate of the heat transfer fluid, ensuring continuous and efficient heat extraction.Heat Transfer Fluid Options: The system is designed to utilize a variety of heat transfer fluids, including water, brine solutions, molten salts, ionic liquids, and nanofluids. These fluids are selected based on their ability to efficiently absorb and transfer heat from the magma chamber to the surface.High-Pressure Boilers and Heat Exchangers: To optimize the heat transfer process, the system includes high-pressure boilers and heat exchangers. These components ensure that the heat transfer fluid reaches the necessary temperature and pressure for effective energy conversion.Water Recycling and Flow Control: The system is equipped with a return conduit for recycling unreacted water back into the reaction chamber, enhancing efficiency and minimizing waste. Additionally, strategically placed valves in the inlet conduits allow precise control over the flow of materials into the chamber.Wellbore and Fluid Conduit Design: The fluid conduit, which extends from the surface to the underground chamber, is insulated to minimize heat loss during the transfer process. This design ensures maximum heat retention, improving the system’s overall efficiency.Thermal Process Subsystems: The system is designed to integrate with various thermal process subsystems, such as turbines, reaction vessels, condensers, water distillation systems, heat-driven chilling apparatuses, residential heating systems, agricultural systems, and aquaculture systems. The versatility of this design allows it to be deployed in a wide range of industrial applications.Sustained Cavity Pressure: The system ensures that the pressure within the underground chamber is maintained at a level that preserves the cavity’s structure, enabling sustained and efficient heat transfer operations.Magma-Resistant Chamber Surface: The underground chamber’s internal surface is designed to be partially composed of magma, which solidifies into a hardened layer, providing a robust and durable heat transfer zone.Molten Salt as a Heat Transfer Fluid: One of the preferred heat transfer fluids in this system is molten salt, known for its high heat capacity and stability at elevated temperatures, making it ideal for efficient energy transfer.Pressurized Fluid for Chamber Stability: The fluid pump is configured to maintain the cavity formed in the magma reservoir by controlling the pressure and flow rate of the heat transfer fluid, ensuring the chamber remains stable and functional during operations.Casing Within the Borehole: The system includes a casing disposed within the borehole that extends from the surface to just above the ceiling of the magma reservoir. This casing provides additional structural integrity to the borehole and aids in the safe and efficient transfer of fluids.Diverse Heat Transfer Fluid Capabilities: The system supports various heat transfer fluids, including water, brine, refrigerants, thermal oils, molten salt, ionic liquids, and nanofluids, allowing for flexibility in different industrial applications.Thermal Process Integration: The fluid conduit in the final configuration is coupled to a thermal process subsystem, enabling the transfer of heat to turbines, reaction vessels, condensers, and other industrial systems. This integration maximizes the utility of the geothermal energy extracted.Return Flow of Heat Transfer Fluid: After participating in thermal processes, a portion of the heat transfer fluid can be returned to the underground chamber, ensuring continuous operation and minimizing waste.Insulated Fluid Conduits: The fluid conduit includes an insulation layer to reduce heat loss during fluid transfer, maintaining the temperature and efficiency of the system.Water to Steam Conversion: The system can be configured to convert liquid water into steam within the wellbore, with the steam then directed to turbines for electricity generation, demonstrating the system’s versatility in power production.Operational Methodology: The method of operating this geothermal system includes forming the underground chamber by displacing magma, circulating heat transfer fluid into the chamber, and using the heated fluid in various thermal processes. The system is designed to maintain the chamber and optimize heat extraction throughout its operation.

Expert Insights on the Patent

Levi Conner, CEO of Magma Power LLC, emphasized the transformative potential of this innovation: “This patent represents a major leap forward in geothermal energy technology. By directly accessing the Earth’s geothermal heat through magma reservoirs, we’ve developed a system that can generate high-temperature fluids like steam with unparalleled efficiency. This technology not only provides a new source of clean energy but also has the potential to significantly reduce the carbon footprint of industrial processes.”

Richard McDonald, Chief Strategy Officer of Magma Power LLC, highlighted the system’s technological advancements: “The ability to create and maintain an underground chamber within a magma reservoir is a groundbreaking achievement. This method allows us to harness the Earth’s natural heat in a way that’s both safe and highly efficient. The system’s ability to use a variety of heat transfer fluids makes it versatile and adaptable to different industrial needs.”

KC Conner, Founder of Magma Power LLC, expressed his vision for the future: “This patent is a testament to our commitment to pushing the boundaries of renewable energy. By forming and utilizing an underground chamber within a magma reservoir, we’re tapping into one of the Earth’s most powerful heat sources. This innovation will enable industries to achieve new levels of efficiency and sustainability, and we’re excited to see the impact it will have on the global energy landscape.”

Looking Ahead

Magma Power LLC is actively engaging with industry leaders and potential partners to bring this groundbreaking geothermal system to the market. The company is committed to advancing sustainable energy solutions and is eager to see how this innovative technology will be integrated into existing and new energy infrastructures.

About Magma Power LLC

Magma Power LLC, (visit MagmaPower.com) headquartered in Tampa, Florida, with additional offices in New York City and Houston, is a pioneering energy technology company dedicated to developing cutting-edge solutions for harnessing renewable energy. Magma Power, LLC has secured eleven worldwide patents covering all aspects of the production of green energy, energy-intensive manufacturing, green fuels, and other products using Magma Power™. Magma Power, LLC has also filed an additional forty-six global patents covering all aspects of magma power production, with over 1,000 patent claims pending related to this revolutionary new green energy source. Magma power is a virtually unlimited source of green, renewable, baseload energy that U.S. government researchers in the 1970s, including those at Sandia National Laboratories, concluded could meet the Earth’s energy needs for the next several thousand years. The work of Magma Power, LLC has taken the initial insights from the Sandia Labs test and developed them into a robust, patent-protected technology ready for commercial deployment. Given the inability of wind and solar to provide stable baseload renewable power, there is no long-term alternative to magma power for renewable energy.  Magma Power is Inevitable.  It’s not a question of if magma power will power the Earth – but when. Energy is civilization, and the next several thousand years of civilization will be driven by Magma Power™.

For media inquiries, please contact:

Richard McDonald
Chief Strategy Officer
rmcdonald@magmapower.com

View original content:https://www.prnewswire.com/news-releases/revolutionary-patent-centered-around-magma-driven-geothermal-energy-systems-has-been-awarded-to-magma-power-llc-by-the-united-states-patent–trademark-office-302271948.html

SOURCE Magma Power

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Think Bold, Ride Bold: Insta360 Takes Over the Champs-Élysées with 200-Rider Community Event

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LOS ANGELES, July 26, 2026 /PRNewswire/ — Insta360 announced “Vibrez en Jaune” Pop-Up, a three-day cycling and creator event held in Paris from July 24 to July 26, 2026. Designed to coincide with the electric atmosphere of the Tour de France finale, the event culminated in a 200-rider takeover of the Parisian streets, bringing the spirit of professional cycling to everyday enthusiasts and urban explorers.

Built around the theme ‘Think Bold, Ride Bold,’ “Vibrez en Jaune” Pop-Up featured immersive pop-up experiences, hands-on creator workshops, and a sprawling group ride traversing the iconic 90km classic route from Versailles to the Champs-Élysées. The festival served as a celebration of cycling not just as a competitive sport, but as a vehicle for exploration, storytelling, and community connection.

A Festival of Content and Culture

The event kicked off on July 24 with a two-day hub of activity in the heart of Paris. Moving away from traditional retail experiences, Insta360 hosted a series of “Cycle & Create” workshops designed to lower the barrier to content creation.

Attendees gained access to on-site trial devices, allowing them to test out Insta360’s unique product ecosystem firsthand. Insta360 product experts were on hand to teach advanced cycling photography and videography techniques, ensuring riders knew exactly how to capture dynamic, hands-free POV footage of their urban commutes and weekend group rides.

The pop-up also served as a central gathering space for the community. Registered riders connected over coffee, collected their limited-edition Insta360 yellow cycling jerseys, and prepared for the weekend’s main event.

The Hero Moment: Taking Over the Streets of Paris

On Sunday, July 26, over 200 riders embarked on the “Vibrez en Jaune” Pop-Up main event. Organized in partnership with the Peloton Cycling Club, the group rode a 90km route inspired by the Tour de France Paris finale.

Beginning in Versailles, the group rode through the Paris city center before arriving at the Champs-Élysées. To ensure safety and an optimal experience, riders were organized into small, supervised packs of 20 to 25 across four distinct difficulty tiers—Spicy, Medium-Plus, Medium, and Mild—making the professional route accessible to a wide range of skill levels.

Select riders were equipped with Insta360 cameras to record immersive, first-person footage of the group as they navigated the historic streets, creating a collaborative, community-driven documentary of the ride.

Celebrating the Finish Line

The ride concluded at the Insta360 pop-up space for a vibrant after-party. As the actual Tour de France final stage was broadcast live on a giant screen, participants were treated to a professional DJ, refreshments, and finger food.

To reward the community, Insta360 hosted a drawing featuring premium cycling accessory bundles and high-value grand prizes, including the Insta360 GO Ultra Tadej Pogačar Edition and an exclusive jersey signed by the cycling champion himself.

Redefining Urban Exploration

Beyond the celebration of the sport, “Vibrez en Jaune” Pop-Up highlights the brand’s ongoing commitment to sustainable urban lifestyles. By encouraging people to rediscover their cities by bike, Insta360 aims to promote cycling as an accessible, low-carbon choice that allows individuals to experience urban life in a more mindful, connected way.

About Insta360

With a “Think bold” mindset, Insta360 empowers people to capture and share their lives in extraordinary ways. Recognized as a market leader and innovator, Insta360’s vast lineup includes the world’s best-selling 360 cameras in the X Series, the thumb-sized GO Series for everyday capture, as well as an extensive range of action cameras, gimbals, webcams, and professional photography solutions. With intuitive, AI-powered software, Insta360 simplifies the creative process, allowing users to focus on storytelling without technical barriers. Insta360 is dedicated to helping a new generation of athletes, creatives, travelers and professionals bring their ideas to life.

For more details visit: http://www.insta360.com

About the Think Bold Fund: https://www.insta360.com/ThinkBoldFund
Read our blog: https://www.insta360.com/blog
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Press Contact
Insta360
pr@insta360.com

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SOURCE Insta360

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New ProEssentials v11: Native WinUI Charting Library, 100M Points in 15ms, Following Microsoft’s Vision for True Native Swap-Chain Rendering

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30 years of evolution in native C++ rendering that bypasses the managed XAML layer entirely and renders straight on the GPU via Direct3D compute shaders, in native x64 and ARM64, ready for Microsoft’s Windows on Arm and Copilot+ PCs. A fresh pass of 100M new data points renders to screen in ~65ms. The same engine powers WinUI, WPF, WinForms, MFC, and C++ from one codebase, with .NET 10 — built for real-time scientific, engineering, and financial data.

DALLAS, July 26, 2026 /PRNewswire/ — Gigasoft has released ProEssentials v11, bringing its 30-year native C++ charting engine to WinUI. Every other WinUI chart today renders through managed XAML — ProEssentials renders directly to a Direct3D composition swap chain, the native path Microsoft built WinUI around. The result: 100 million data points re-rendered in roughly 15ms, a fully fresh 100M-point frame on screen in about 65ms.

v11 also ships a native ARM64 engine, ProEssentials runs native on Microsoft’s Windows on Arm and Copilot+ PCs. .NET 10 arrives across the WinUI, WPF, and WinForms interfaces, with Direct3D compute shaders doing the heavy lifting on every architecture. A side-by-side native WinUI chart performance comparison against the major vendors is published on gigasoft.com.

The engine underneath is the same native C++ core Gigasoft has refined since 1993 — deliberately kept native behind a thin .NET wrapper, never rewritten in managed code. One engine drives WinUI, WPF, WinForms, MFC, and C++, so a chart moves between frameworks by changing the control type, not the charting code. Don’t take the numbers on faith — clone the open-source 100M-point WinUI demo and benchmark it on your own hardware.

“ProEssentials is the undisputed heavyweight of Windows desktop charting. Version 11 brings its three-decade native C++ engine to WinUI 3, native ARM64, and .NET 10. We’re proud to ship the world’s first charting component to faithfully deliver on Microsoft’s goal for WinUI as the modern, native, performant interface — presenting directly through a composition swap chain instead of a managed XAML layer,” said Robert Dede, founder of Gigasoft.

ProEssentials is not only for shipping products. It is the tool engineers reach for on their own side projects — R&D experiments, rapid prototypes, proof-of-concept demos, test-and-measurement utilities, internal data analysis, and the one-off tools engineering firms are always building. Any company serious about engineering will find countless uses for it, and with v11’s AI charting code assistance many of those ideas become working applications in a few hours. Licensing is perpetual and royalty-free, generous for multi-developer teams — worth putting in front of your CTO, CIO, and Chief AI Officer. A no-hassle evaluation download is available at gigasoft.com.

Contact:
Robert Dede, BSEE, Founder
Gigasoft, Inc.
***@gigasoft.com

Photo(s):
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SOURCE Gigasoft, Inc.

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Global Times: Here Come China’s ‘next new three’: AI, robotics and innovative drugs spearhead a new round of industrial upgrading

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BEIJING, July 26, 2026 /PRNewswire/ — From four-legged inspection robots operating in European nuclear power plants to automatic coffee-making robotic arms serving travelers at airports and transit hubs around the globe and smart AI systems supporting local Chinese teaching in Thai schools, these varied overseas applications offer a vivid snapshot of how China’s “next new three” industries are expanding globally.

Labeled the “next new three,” AI, robotics and innovative drugs represent China’s new core strategic industries and fresh economic growth engines. Their rise marks a major upgrade in China’s industrial and export model. More importantly, this industrial shift is delivering open, inclusive and innovative solutions to support global industrial upgrading and shared development, experts said.

From ‘old three’ to ‘next new three’ 

For decades, China established its global manufacturing foothold by leveraging its labor-cost advantages, with apparel, furniture and home appliances becoming the iconic “old three” of Chinese exports.

In recent years, the export portfolio has undergone a remarkable green and tech transformation. Electric vehicles (EVs), lithium batteries and photovoltaic products, known as the “new three,” have become the backbone of China’s export growth.

Recent industry data demonstrates the strong growth potential of the “next new three” tech sectors: AI, robotics and innovative drugs.

Statistics from global AI platform OpenRouter show that domestic large models registered 36.11 trillion token calls in the week of July 13 to 19, a month-on-month increase of 30.93 percent, with growth sustained for eight straight weeks, according to the People’s Daily.

In the first half of the year, the country’s robotics exports reached 6.29 billion yuan ($929 million), covering 141 countries and regions with the exports of high-end surgical robots recording a striking 3.3-fold year-on-year increase. 

Meanwhile, China’s innovative pharmaceutical sector has gained strong global influence, with outbound technology licensing transactions hitting $110 billion in the first six months of the year. Chinese pharmaceutical companies accounted for eight of the world’s top 10 pharmaceutical licensing deals.

Wang Peng, a research fellow at the Beijing Academy of Social Sciences, told the Global Times on Sunday that the rise of the “next new three” represents China’s industrial shift from exporting manufacturing capacity to exporting high-end innovation.

Competition now centers on original research, core underlying technologies and related services rather than production volume and costs, Wang said.

He noted that these industries help Chinese businesses move up the value chain from assembly processing to research and development, technical services and standard-setting, strengthening China’s position in global industrial chains. 

Mirroring this trend, from January to May this year, China’s total services trade volume rose 6 percent year-on-year, while the services trade deficit narrowed by around 20 percent. Exports of knowledge-intensive services surged 12.2 percent, highlighting the continuous improvement of China’s services export competitiveness and the optimized structure of foreign trade, according to the People’s Daily.

While the “new three” underpin China’s foreign trade fundamentals, the “next new three” seize the commanding heights of future industries. Jointly, they shore up China’s long-term economic competitiveness and inject sustained impetus into high-quality growth, Wang said.

Inclusive technological progress

China’s high-quality exports of products and services have contributed to more inclusive technological progress to the global market, reflecting Chinese enterprises’ core strengths in independent technological research, business model innovation and the ability to integrate global resources, as well as China’s commitment to driving global development and benefiting humanity through technological openness.

Chinese startup DEEP Robotics told the Global Times that its quadruped robot intelligent inspection solution has been officially deployed at Switzerland’s Leibstadt Nuclear Power Plant, the largest and highest-output nuclear facility in the European country, providing a Chinese solution for the digital and intelligent upgrading of nuclear power operations and maintenance across Europe.

The quadruped robot can replace human workers to access high-risk areas, perform precise operations and conduct high-frequency regular autonomous inspections 24/7, fundamentally cutting safety risks for on-site maintenance staff. It can also move flexibly through narrow corridors and gaps between dense equipment, covering all key inspection points and significantly reducing monitoring blind spots that traditional inspection devices cannot reach, the firm said.

Chinese robotic firm DoBot told the Global Times that in the commercial services sector, coffee robots equipped with its Nova series collaborative robotic arms have been operating stably in more than 20 types of venues including airports, high-speed railway stations and shopping malls globally, with a track record of producing hundreds of thousands of cups without reported malfunctions.

Overseas landmark applications include unattended Coca-Cola beverage stations along the Mediterranean coast, mobile coffee kiosks in the United Arab Emirates that serve a drink within 45 seconds, and self-operated food trucks deployed in shopping malls in Singapore, the company said.

Chinese AI company iFLYTEK said that its AI-powered intelligent teaching system has helped expand Chinese language learning worldwide and supported the digital development of Chinese education in overseas markets. 

Since a Thai middle school adopted iFLYTEK’s AI-powered intelligent Chinese teaching system in 2025, the technology has acted as a supplementary teaching solution amid growing local demand for Chinese learning and a shortage of qualified language instructors. It has greatly expanded students’ practice opportunities: On average, learners now speak Chinese 12 times per session, compared with only twice in regular classes, Xie Fei, director of iFLYTEK’s Global Chinese Learning Platform, said on Sunday.

From industrial robots to boost production efficiency for local factories to AI algorithms that improve local smart ecosystems, China’s “next new three” allow countries at all development levels to access benefits from advanced technologies and narrow the global digital divide, Wang said.

By building a sound global industrial network and rolling out customized technology solutions tailored to local conditions, these technological exports help recipient countries nurture their own industrial capacities and climb up the value chain to move higher up the industrial value chain. In the long run, such efforts will drive the global industrial system toward greater diversification and more balanced development, Wang noted.

View original content:https://www.prnewswire.com/news-releases/global-times-here-come-chinas-next-new-three-ai-robotics-and-innovative-drugs-spearhead-a-new-round-of-industrial-upgrading-302834749.html

SOURCE Global Times

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