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Helical Fusion Begins Procurement of Fuji Electric Power Systems for HTS Magnets

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Helical Fusion Co., Ltd. (Head Office: Tokyo, Japan; CEO: Takaya Taguchi), a company developing Helical Stellarators under the Helix Program to realize the world’s first commercially viable net power fusion power plant, has signed a procurement agreement with Fuji Electric Co., Ltd. (hereinafter “Fuji Electric”), a leading electronics manufacturer with over a century of experience in the energy and infrastructure sectors. The agreement covers power supply systems for high-temperature superconducting (HTS) magnets—key components of Helical Fusion’s commercial fusion power plant.

The procured systems will first be used in Helix HARUKA, a testbed device scheduled to integrate key technologies around 2030. These same systems are also intended for future deployment in Helix KANATA, Helical Fusion’s flagship device planned for commercial power generation in the 2030s. This agreement marks a foundational step in securing long-term technological continuity and accelerating the realization of fusion energy under the Helix Program.

zz 1 Helical Fusion Begins Procurement of Fuji Electric Power Systems for HTS Magnets

Image: Concept of an HTS magnet system confining plasma at 100 million degrees Celsius

Importance of Power Supply Systems for High-Temperature Superconducting Magnets

Helical Fusion’s technology builds upon nearly 70 years of research in plasma physics and reactor design, passed down from the world’s foremost national research institute in fusion, the National Institute for Fusion Science (NIFS) in Japan. From the perspective of both fundamental science and engineering, the company has already overcome most of the hurdles to practical implementation.

One of the final and most critical remaining challenges is the development of HTS magnets capable of generating the strong, precise magnetic fields required to confine fusion plasma. Once realized, HTS magnets have potential applications beyond fusion, including aerospace and ultra-efficient power transmission. In recognition of the project’s significance, Helical Fusion’s HTS magnet development program was selected for Japan’s SBIR Phase 3 grant for approximately USD 13 million in 2023.

To operate these magnets, highly specialized power systems are required—capable of delivering extremely large currents (tens of thousands of amperes) at low voltage, with high speed and precision. Fuji Electric will supply power equipment and peripheral systems that meet the specifications for both Helix HARUKA and the future Helix KANATA. The ability to procure such systems from a trusted, proven partner is a key pillar supporting the Helix Program’s pathway to commercial fusion.

Note: High-temperature superconducting (HTS) magnets are next-generation components that operate at higher temperatures than conventional low-temperature superconductors. They can produce stronger magnetic fields, enabling more compact and efficient fusion reactors and accelerating the path to commercialization.

About Fuji Electric

Established in 1923, Fuji Electric has supported industrial and social infrastructure in Japan and around the world for over 100 years. The company is a leader in the energy and environment sector, contributing to the realization of a decarbonized society through the provision of renewable energy systems, stable power supply technologies, energy efficiency solutions, and industrial automation.

fegl 12 Helical Fusion Begins Procurement of Fuji Electric Power Systems for HTS Magnets the logo of Fuji Electric

Outlook

Under the Helix Program, Helical Fusion is advancing development of Helix HARUKA, a device designed to demonstrate integrated fusion technologies by around 2030. This will be followed by the construction and operation of Helix KANATA, a commercially viable net power fusion power plant, in the 2030s. The power supply systems procured from Fuji Electric will be used in both devices.

Background

Global electricity demand is projected to rise sharply by 2050, fueled by population growth and the rapid expansion of energy-hungry technologies like AI. Conventional sources cannot sustainably meet this demand. Fusion, fueled by abundant seawater, offers zero-carbon baseload energy—if technical and economic barriers can be overcome.

Analysts project a USD 550 billion annual market for fusion by mid-century*. Helical Fusion’s Series A attracted investors including SBI Investment, Keio Innovation Initiative (KII), and 17 other institutions(19 in total) alongside individual investors and public financial institutions, reflecting a growing commitment across Asia to compete in the global fusion race.

*FusionX/Helixos report Global Fusion Market Analysis: Electricity, Supply Chain & Construction 

Helix KANATA”: The First Steady-State Net Power Fusion Plant

x x Helical Fusion Begins Procurement of Power Supply Systems from Fuji Electric for High-Temperature Superconducting Magnets

Image: Concept of “Helix KANATA” Helical Fusion’s first commercially viable net-power fusion power plant

The flagship of Helical Fusion’s effort is Helix KANATA, a full-scale pilot plant designed for steady-state, net-electric fusion power. Preceding it is Helix HARUKA, an intermediate device for component and system validation.
Together, they form the Helix Program, targeting:

  • Continuous operation — stable power 24/7/365
  • Net electricity — energy-positive performance
  • High maintainability — efficient maintenance for high uptime

From Science to Engineering: Advancing Beyond the Experimental Stage

What sets the Helical Stellarator apart from other approaches is that it has already cleared the critical scientific phase of plasma, an essential requirement for a commercial plant. This allows Helical Fusion to focus on the next phase: engineering and manufacturing a real-world fusion power plant.

Helical Fusion is now collaborating with leading industrial partners known for world-class manufacturing capabilities, steadily turning concepts into reality through technical partnerships, joint research agreements, and engineering collaborations.

These partnerships span a wide range of technical domains, including the development of proprietary high-temperature superconducting magnets and liquid metal blankets, both critical to realizing commercial fusion power plants.

About Helical Fusion Co., Ltd.

Helical Fusion Co., Ltd. is a Tokyo-based startup dedicated to realizing the world’s first commercially viable net power fusion power plant through its proprietary Helical Stellarator design. Building on decades of national research, the company is advancing the Helix Program—a staged pathway from the experimental Helix HARUKA to the commercial Helix KANATA—by collaborating with leading industrial and financial partners.

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FinTex Pro Launches Fall “Fix It Right” Guarantee for Central Florida

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FinTex Pro, a family-owned drywall and finishing company serving Central Florida, is announcing the launch of its fall “Fix It Right” guarantee. This new service is designed to help homeowners prepare for the holiday season.

The guarantee covers damage to walls and ceilings caused by Florida’s humidity and storm activity. We know Central Florida homes inside and out, and handle everything from popcorn ceilings to post-hurricane patch jobs. Our team treats every wall like it’s our own,” said the company’s founder.

FinTex Pro specializes in crack repair, texture matching, level 5 finishing, and post-storm restoration for residential properties throughout Central Florida, from Orlando to Wekiva Springs and the surrounding community.

Their services include:

  • Texture matching and level 5 skim coating
  • Thorough worksite management
  • Open communication throughout projects
  • Services for homeowners and real estate professionals
  • Complimentary, no-obligation estimates

Customers who schedule services by November 30, 2025, will receive complimentary texture-matching with their repair project.

The “Fix It Right” guarantee ensures all projects meet the highest quality standards. FinTex Pro is committed to customer satisfaction.

About FinTex Pro:

FinTex Pro is a family-owned and operated drywall and finishing company. They serve Central Florida homeowners and real estate professionals. Homeowners across Central Florida can schedule their free drywall repair estimate by calling (407) 785-0905 or emailing info@FinTex Pro.com. Appointments booked before November 30 qualify for a complimentary texture match upgrade. Visit their website at https://www.FinTex Pro.com/

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Zoomex Officially Joins CODE VASP Alliance

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November 7, 2025 — Global cryptocurrency exchange Zoomex today announced that it has officially joined the Korea CODE VASP Alliance (Connect Digital Exchanges) and completed integration with the Travel Rule compliance system. This key technological integration marks Zoomex’s adherence to the security and transparency standards required under FATF travel rule framework for digital asset transactions.

The CODE VASP Alliance was established in 2022 to help Virtual Asset Service Providers (VASPs) meet Travel rule compliance. Through this system, exchanges can securely transmit encrypted sender and receiver identity information during asset transfers, aligning with international standards set by the Financial Action Task Force (FATF).

zoomex Zoomex Officially Joins CODE VASP Alliance

“For us, compliance is not just a procedural requirement — it’s a foundation of trust.” — Zoomex CEO
“Successfully completing the technical integration with the CODE system is a vital step toward ensuring transaction security and enhancing information transparency. It also reflects our ongoing commitment to strengthening our infrastructure.”

This collaboration not only enhances transaction security and system transparency but also provides users with a stable and trustworthy trading environment tailored to the global market.

In addition to joining CODE, Zoomex holds multiple regulatory licenses, including Canada MSB, U.S. MSB, U.S. NFA, and Australia AUSTRAC, and has successfully passed a security audit by Hacken, a leading international cybersecurity firm. Zoomex remains committed to building a more reliable, transparent, and compliant digital asset trading ecosystem.

About Zoomex
Founded in 2021, Zoomex is a global cryptocurrency exchange serving over 3 million users across 35+ countries and regions, offering more than 600 trading pairs. Guided by its core values of “Simple × Intuitive × Fast,” Zoomex delivers millisecond-level trade execution and a seamless user experience through its optimized matching engine and minimalist interface.
As the official partner of the Haas F1 Team and exclusive global brand ambassador Emiliano Martínez (World-Class Goalkeeper), Zoomex extends the speed and precision of the racetrack into its trading services.

About the Korea CODE VASP Alliance
The Korea CODE VASP Alliance is a consortium of leading Korean cryptocurrency exchanges dedicated to advancing compliance and regulatory standards in the digital asset sector.
The alliance promotes the adoption of the CODE Travel Rule solution, ensuring transparency and traceability in crypto transactions in line with global anti–money laundering (AML) and counter-terrorist financing (CTF) standards.
Its mission is to foster a safer and more reliable crypto environment for users and industry stakeholders alike.

 

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Alona Lebedieva: Reparation Bonds — A Path to Using Frozen Russian Assets for the Benefit of Ukraine

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Frozen billions: a source of resources and political debate

20251015a Alona Lebedieva: Reparation Bonds — A Path to Using Frozen Russian Assets for the Benefit of Ukraine

The full-scale war launched by the Russian Federation against Ukraine has been ongoing for more than three and a half years. During this time, the West has frozen a colossal volume of Russian state foreign currency reserves — about USD 300 billion.

Without exaggeration, this is the most effective Western sanction, as otherwise Russia could have used this money to wage war against Ukraine. Of this amount, over EUR 200 billion is held in European Union countries, with the remainder in G7 states such as the United Kingdom, Japan, Canada, the United States, as well as in Switzerland.

The largest portion of these assets is concentrated in Belgium: approximately EUR 190 billion of the Russian Central Bank’s assets — nearly two thirds of all frozen reserves — are held at the Brussels-based securities depository Euroclear. At the same time, these funds are not simply lying dormant. Financial institutions place them in risk-free deposits at central banks and receive interest income.

Due to high rates in recent years, the frozen Russian billions have generated significant excess profits. In 2023 alone, Euroclear earned about EUR 4.4 billion in interest on Russian assets, and in 2024 this amount grew to nearly EUR 7 billion. Formally, this income does not belong to Russia but to the financial intermediaries themselves, as sanctions prohibit transferring interest to the actual owner.

European countries support Ukraine by directing a significant part of the interest earned from the immobilised sovereign Russian assets to Kyiv. However, they also face their own economic difficulties and domestic political resistance, as taxpayers are unwilling to directly finance support for Ukraine. To reduce pressure on national budgets, more and more politicians are inclined to use frozen Russian sovereign assets as the main source of financing assistance for Ukraine. At the same time, EU countries justifiably avoid confiscating these assets, as such a step would inevitably lead to lawsuits from Russia — and the outcome of such cases is difficult to predict.

From interest to loans: the evolution of the Western approach

Throughout 2023–2024, Western states reached an understanding that at least the interest income from frozen reserves should be directed to support Ukraine. In October 2024, the G7 countries agreed on a joint mechanism — Extraordinary Revenue Acceleration loans (ERA-loans) — amounting to USD 50 billion.

Under this scheme, allies provide loans to Ukraine now (in total, under the ERA instrument, the Ministry of Finance has already raised EUR 14 billion from the European Union), and repayment will be made from future income generated by the placement of frozen Russian assets. The G7 established that this excess income is not part of the reserves themselves and therefore is not protected by Russia’s sovereign immunity. This opened the possibility of using it without violating international law.

The European Union soon introduced corresponding regulation: since early 2024, European depositories have been prohibited from disposing of the excess income independently, and the EU Council obtained the authority to direct part of these funds to support Ukraine. This compromise became the first practical step towards ensuring that frozen Russian assets begin to work to the benefit of the victim of aggression.

The reparation bonds mechanism: a creative alternative to confiscation

Despite the success in using interest, the question of the principal amount of frozen assets remained unresolved. Direct confiscation of Russian reserves faces legal obstacles, as a state’s sovereign funds are protected by international law. This is why in 2025 the EU began to consider a new idea — a reparation loan.

However, implementation of this idea is currently stalled: EU member states have not yet agreed on a single legal model. The most difficult aspect is the position of Belgium, where most of the assets are held. Prime Minister Bart De Wever publicly stated that he would support the plan only if there are clear legal guarantees of the scheme’s legality, collective risk-sharing between all EU member states, and the involvement of other G7 members. Brussels is wary of a situation in which sanctions are lifted, and Russia demands the return of reserves already used to support Ukraine. It should be noted that if one imagines being the head of the Belgian government acting in the interests of one’s own country, such a position is entirely understandable.

Most European countries — including Germany, France, Italy, Sweden, Poland, and the Baltic states — support the creation of a reparation loan. At the October 2025 summit, EU leaders (with the exception of Hungary) agreed in principle that Russian assets must remain frozen until aggression ends and compensation is paid.

Russia is predictably reacting strongly negatively to these plans, calling them “theft” and “piracy.” It is preparing legal claims, but their chances of success are minimal. A consensus is emerging at the international level: a state that has launched aggression cannot count on the inviolability of its financial reserves.

Nevertheless, the EU continues to work on the technical parameters of a scheme that would allow unlocking financing without direct confiscation of assets. The concept is that the G7 and EU countries would sign an international agreement fixing the intention not to unfreeze Russian assets until compensation for damage caused to Ukraine is paid. Based on this agreement, a Ukraine Recovery Fund would be established, with member states and Ukraine itself as founders. Banks holding the frozen assets would issue bonds for the Fund in an amount equivalent to these assets, secured by them, and at a minimal interest rate — for example, 0.1% per annum — and provide these funds to Ukraine.

The resources received would be directed by the Fund to finance the recovery and development of the Ukrainian economy, acting as a coordinator and controller of the targeted use of funds. This approach resembles a modernised “Marshall Plan” that combines financial assistance with transparent oversight mechanisms.

The scheme would avoid what the “collective West” fears — Russian assets would not be confiscated, and there would be no formal link between them and the funds provided to the Fund, as the money is transferred to Ukraine through bonds issued by the banks holding the frozen Russian assets. Meanwhile, Ukraine could access the funds in a fairly short timeframe.

If Russia eventually agrees to pay reparations, these funds would be credited to the Fund’s account and directed towards repayment of the loans. If not, the loans effectively become perpetual, and the frozen assets gradually lose real value.

Reparation bonds as a preventive security mechanism

If the EUR 140 billion reparation loan plan is approved, Ukraine would receive approximately EUR 45 billion annually in 2026–2028. This is a significant sum, capable of covering a substantial portion of defence, social, and infrastructure needs.

However, if the direct loan mechanism does not work — and there are preconditions to believe this — attention should shift to the reparation bonds mechanism proposed in this article, which may have a better chance of implementation.

Still, the significance of providing funds to Ukraine goes far beyond financial calculations.

In fact, this could be the first case in which the international community compels an aggressor to pay during an ongoing war (unlike the situation when Iraq paid reparations to Kuwait — payments began only after the war ended). Reparation bonds transform frozen assets from an instrument of leverage into a source of accountability and justice.

If implemented, the mechanism may become not only a financial solution but also a strategic precedent that will reshape the international security architecture. It will demonstrate that no state can avoid punishment for aggression, and its currency reserves will no longer guarantee immunity. This is precisely how Europe can prevent new wars and stop Russia from further attacks on neighbouring countries.

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