Lightbridge(LTBR): Future Prospects and Stock Price Outlook

This site is a great place for me (@mifsee(2) has been working on company and stock analysis while learning privately.

This is only a record of my personal analysis and the contents may contain errors or information that differs from the actual situation. Please understand in advance when viewing this site.

Introduction.

Lightbridge (LTBR) is an American company engaged in the development of innovative nuclear fuel technologies.

In particular, the company has been researching and commercializing "Lightbridge Fuel," an advanced metallic fuel for light water reactors, which is attracting attention as a contributor to global energy security and a decarbonized society.

In recent years, it has been re-evaluated in the U.S. and abroad.Importance of Nuclear EnergyThe company's presence in next-generation fuels is increasing with the
It is also working with the U.S. Department of Energy (DOE) and the French nuclear company Framatome.joint development agreementStrategic partnerships are also being developed, such as

This section provides a comprehensive in-depth look at Lightbridge (LTBR), from its corporate profile and business model to its competitive landscape and future prospects.

What is Lightbridge (LTBR) and what is its business?

Lightbridge Corporation (LTBR) is headquartered in Virginia, USA.Nuclear fuel technology development companyThe first is.

The company is developing high-performance and safe metallic fuels, mainly for existing light water reactors, and is promoting technological innovations that will help improve the efficiency of nuclear power generation and reduce carbon dioxide emissions.

The company originated as a nuclear fuel technology company founded in 2006 by former U.S. Nuclear Regulatory Commission (NRC) officials and others, and has been consistent since its inception.Improving Fuel Performance of Commercial ReactorsThe focus has been on

Of particular note is a uniquely designed metal alloy fuel called "Light Bridge Fuel," which is more efficient than conventional oxide fuels.High output efficiency, thermal conductivity, and safetyIt is considered to be a

While the market to which the company belongs is extremely niche, it is in the midst of an international trend toward energy decarbonization,Next-generation nuclear power is becoming increasingly important.The following is a list of the most common problems with the "C" in the "C" column.
In this vein, Lightbridge is working with the U.S. government, nuclear operators, and research institutions to develop the fuel for commercialization and regulatory approval.

The customer base is centered on the U.S.Private electric utilities, research reactor operators, government agenciesThe company expects to In addition to product sales, the company also seeks to generate revenue through fuel licensing and joint development agreements.

Our mission as a company is to provide the next generation of safe and efficient nuclear fuels toRealization of clean and sustainable energyThe goal is to support the

Lightbridge (LTBR) company information is below.

• Company Name:Lightbridge Corporation
• Year Established:2006
• Headquarters Location:Reston, Virginia, USA
• Representative:Seth Grae
• Official site:https://www.ltbridge.com/
• Main Business:R&D and licensing of advanced nuclear fuels

What are Lightbridge's (LTBR) main products?

Lightbridge's flagship product is Lightbridge Fuel, an innovative metallic fuel developed for light water reactors.

This fuel is considered superior to conventional uranium oxide-based fuels in terms of thermal conductivity, safety, and power generation efficiency, and is a promising option for next-generation nuclear power generation.

Lightbridge Fuel

Design and Configuration

• Twisted metal alloy fuel rodsAdopts a unique shape consisting of the following
• The main raw material used is a uranium-zirconium alloy
• Designed for light water reactors (PWR/BWR) and can be converted to existing facilities

Main Functions and Features

• Improved thermal conductivity: Transfers heat more quickly and efficiently than conventional oxide fuels
• Output IncreaseMore energy can be generated in the same core
• Enhanced accident resistanceFuel temperature does not rise easily, contributing to reduced risk at the time of loss of cooling
• Operating cost reductionOperational efficiency could be improved by reducing replacement frequency and increasing power output.
• Regulatory Compliance DesignDesign in accordance with NRC (U.S. Nuclear Regulatory Commission) guidelines

This fuel is currently in the pre-commercialization phase and is available through several government agencies and research reactors.Pilot irradiation and performance evaluation underwayThe first is.
Of particular importance is the fact that, with funding from the U.S. Department of Energy (DOE), the company is preparing to manufacture fuel assemblies for Framatom and commercial reactors through a joint development agreement.

Lightbridge Fuel has a patent-protected structure and operating performance,The only fuel technology that enables upgrading of existing light water reactorsIt is attracting attention as a
If commercial introduction is realized, it is likely to revolutionize the way the nuclear power market works.

What is Lightbridge's (LTBR) business model?

Lightbridge's business model is primarily based onLicensing and joint development agreements for advanced nuclear fuelsIt is based on monetization through
Although not currently at the commercial production stage, the structure is being built with an eye toward future scale-up.

Provide fuel licenses

Lightbridge has developed its own metal fuelIntellectual property as core assetThe company is expected to own the fuel as a "fuel producer" and license it to fuel producers and electric power companies.

• Exclusive license agreement based on patented design
• Scope of support includes handling of spent fuel and regulatory aspects
• Royalties and contract fees are the main source of revenue

This model allows the company to produce products without having to own a large manufacturing infrastructure,High-profit, low-asset modelis considered feasible.

Joint development through partnerships

The company is pursuing fuel R&D and demonstration testing through a funding partnership with the U.S. Department of Energy (DOE) and a joint venture agreement (ENF - Enfission) with Framatome, one of the world's leading nuclear companies.

• Cost sharing during the development phase
• Assistance in working with regulators to introduce commercial furnaces
• Accumulation of know-how for future mass production

This has allowed the company to accumulate the necessary knowledge of the regulatory environment and commercial operations while reducing its financial burden.

Utilization of government grants and subsidies

From DOE (U.S. Department of Energy)Obtaining grants and research fundingare also important sources of funding during the development phase. These are non-dilutive funds and can be financed in a manner that reduces the burden on shareholders.

Customer base and revenue structure

• Private electric power companies (power generation companies)
• Nuclear power related companies (fuel manufacturers, construction companies)
• Government research institutions (e.g., research reactors)

Revenue generation is expected to occur after the fuel is commercialized, though,Contracts, grants, and technology licensing income from research phaseThe strategy is to gradually build up the

Lightbridge's business model is capital-light type, whileLong-term contract model based on advanced intellectual property and regulatory compliance capabilitiesIt is constructed as a
Once commercialization is realized, the structure is expected to generate continuous stock-type income.

What is Lightbridge's position in the nuclear field?

• Position as an innovative nuclear fuel manufacturer:
  Developed "Uranium-Zirconium Alloy Fuel" for current Light Water Reactors (LWR) and Small Module Reactors (SMR) with high power, high efficiency and safety. Compared to conventional fuelUp to twice the power outputandImproved heat removal efficiencyis expected to be
  
• Targets both commercial furnaces + SMRs:
  Specifications compatible not only with existing nuclear power plants, but also with SMRs that will be introduced globally in the future. It also supports "load-following operation" with renewable energy,High affinity with zero carbon gridThe following is a list of the most common problems with the "C" in the "C" column.
  
• Collaboration with DOE and national laboratories:
  Through collaboration with the Idaho National Laboratory (INL), MIT, and Texas A&M UniversityAlso received support and recognition from DOE (U.S. Department of Energy)The company is a A part of the national policy level R&D.
  
• A technology startup that has yet to monetize:
  While commercial production has not been achieved,Long-term theme stock with large R&D funds and a rich patent portfolio, aiming for future returnsThe strong nature of the project as a
  

In other words, Lightbridge against the backdrop of contemporary megatrends such as "decarbonization," "increasing electricity demand in the age of AI," and "energy security."Position for the next generation of nuclear fuel infrastructureThe company is positioned as a technology company that aims to

How will Lightbridge technology affect future energy policy?

Lightbridge (LTBR) technology will be used in future energy policy from the following three perspectivesPotential for significant impactThere is a

Accelerating the Clean Energy Transition

Lightbridge Fuel™ is a more efficient fuel than conventional nuclear fuel.High output efficiency and zero CO₂ emissions. To function in a complementary manner to renewable energy,Core baseload power source for a decarbonized societyThis will encourage the use of nuclear energy as a This will enable each country to make its "Net Zero" strategy more effective.

Keys to the Introduction of Small Module Reactors (SMRs)

Next-generation fuels are also compatible with water-cooled SMRs and have the advantage of flexible load-following (ability to respond to power fluctuations). They can be used for distributed energy supply,Backup power supply in case of disaster or power generation in remote areasand would expand new policy uses.

Strengthening Energy Security

Lightbridge fuels areCan be manufactured in the U.S.and is expected to be a means of reducing dependence on Russian uranium. In particular, it has a high affinity with the U.S. policy of de-Russianization of uranium supply (e.g., support for HALEU),Possibility of stronger push at national policy levelThere is a

Lightbridge's fuel technology is,Three policy needs: decarbonization, distributed generation, and security of supplyInnovative technology that can respond to the future,A core element of global energy policy, not just in the U.S.It could be taken up as a
Although still in the pre-commercialization stage, its presence is expected to grow over the years in conjunction with policy.

What is the trading market?

Lightbridge (LTBR) is,It is listed on the NASDAQ Capital Market and its ticker symbol is LTBRThe following is a list of the most common problems with the "C" in the "C" column.

In this market segment for small growth companies, the company trades as a technology innovator in the next-generation energy sector.

What are the sectors, industries, and themes to which Lightbridge (LTBR) belongs?

Sector: Energy

Lightbridge is a company whose core business is the development of nuclear fuels,Energy SectorIt is classified into the following two categories. In particular, it is positioned as a nuclear technology as part of clean energy, and will play an essential role as a power source in a decarbonized society as the shift away from fossil fuels continues.

Industry: Nuclear technology development

The company is not an energy-related company, but rather a company that provides power generation equipment.Specializing in the specialized area of nuclear fuelsThe company is a technology-oriented company that provides fuel technology for light water reactors operated by electric utilities. It provides fuel technology for light water reactors operated by electric utilities and has a different technology oriented position from the usual electric utilities.

• Main competitors are not power generators, but fuel manufacturers and companies developing nuclear-related technologies
  

Themes belonging to

Advanced Nuclear

The company is committed to developing innovative metallic fuels,Technical themes directly related to next-generation nuclear power generationIt belongs to the It is of interest in the context of increasing the power output of existing reactors and enhancing accident resistance.

Clean Energy & Decarbonization

As nuclear power is being reevaluated as an alternative to coal and natural gas, Lightbridge's fuel technologyContribute to the reduction of greenhouse gas emissionsAs a technology, it has attracted a lot of attention from the market.

Small Module Reactor (SMR) technology

Lightbridge's fuel has also been pointed out for possible future application in small modular reactors (SMRs), and is expected to contribute to the construction of an energy infrastructure combined with next-generation nuclear reactors.

Lightbridge is not just an energy company, but spans multiple growth themesTechnology-driven strategic companyIt can be said that

Dividends?

Lightbridge (LTBR) is aDividends not paidThe company is still in the pre-monetization phase of its development. This is because the company remains in the technology development phase and is in the pre-monetization phase.

The current strategy is to commercialize Lightbridge Fuel, a metallic fuel technology under development,Reinvestment in R&D and regulatory approvals is a top priorityThis is based on the policy that the company will Therefore, limited capital is being invested intensively for future growth, and shareholder returns are not included in the management agenda at this time.

Who are the competitors of Lightbridge (LTBR)?

The nuclear fuel market is a highly specialized area, and Lightbridge (LTBR)Niche technology of advanced metallic fuelsare players in the development of this product. As such, there are not many direct competitors, but the following companies are active in related technology areas or markets

• Westinghouse (not open to the public):One of the world's leading nuclear technology companies, providing fuel design and power generation equipment. Has a global market share in the field of light water reactor fuels.
  
• Flamatom (undisclosed):A global nuclear engineering company based in France, it is also Lightbridge's development partner. At the same time, it may become a commercial competitor in the future.
  
• BWX Technologies (BWXT):A U.S. nuclear equipment and fuel supply company. Particular strength is in advanced fuel technology for the U.S. government and research reactors.
  
• Constellation Energy (CEG):A major U.S. electric and nuclear utility involved in nuclear power plant operations and fuel procurement. Not a technical competitor, but has market influence as a fuel selection decision maker.
  
• X Energy (not disclosed):Developing advanced fuels for high temperature gas cooled reactors (HTGRs). Although the markets are different, they share competing themes in terms of next-generation nuclear fuels.
  

Lightbridge's competitive environment includes both giant companies focused on conventional fuel supply and venture companies working to develop next-generation technologies.
Successful commercialization will likely result in partnerships and competition with these companies simultaneously. The industry is also characterized by the fact that many of the competitors are privately held companies or subsidiaries of large corporations.

What is the size and growth potential of the industry to which Lightbridge (LTBR) belongs?

Lightbridge is part of a highly specialized sector of the nuclear fuel market.Next-generation light water reactor fuelThis is a sub-segment of the market that is attracting a lot of attention.
Below is a description of the size and growth potential of several related markets in which the company is involved.

Nuclear fuel market for light water reactors

• The global light water reactor fuel market will be in 2023.Approximately $15-20 billion per yearIt is estimated that
• The market is mainly composed of existing PWRs (pressurized water reactors) and BWRs (boiling water reactors), with Europe, the U.S., China, South Korea, and Japan as major consumers.
• The compound annual growth rate (CAGR) is stable at about 3-5%,Redistribution of market share may occur with the introduction of next generation fuels

Next Generation Nuclear Power and SMR (Small Module Reactor) Market

• Global SMR Market by 2030Over $100 billion scaleThe fuel sector is also expected to benefit from this growth.
• Many light water reactor based designs for small reactors and light bridge fuelHighly compatible designwill be a tailwind in the future.

growth driver

• Accelerate decarbonization policiesRe-evaluation of nuclear power as an alternative to coal- and gas-fired power generation is underway in many countries around the world.
• Needs to increase power output of existing reactors: Improving the efficiency of aging nuclear reactors requires innovations in fuel technology.
• Increased demand for safetyLightbridge Fuel has a strong affinity with this area.
• Technical assistance programs of the U.S. Department of Energy and IAEASubsidies for development costs and support for regulatory compliance are underpinning growth.

While the market to which Lightbridge belongs is currently small and has high technical barriers to entry,Closely linked to structurally expanding national challenges (decarbonization, energy independence)In addition, the demand for the company's products is growing rapidly, and there is much room for demand to expand in the future.
Successful technology approval and commercialization could secure a market position with very high profitability and continuity.

What are Lightbridge's (LTBR) differentiators and advantages over the competition?

Lightbridge has a different approach to competitive advantage than existing nuclear fuel suppliers. Particularly noteworthy are.Innovative technological design, regulatory precedence, strategic alliances, and high compatibility with commercial reactorsThe first is.

Uniqueness and innovation in technical design

Lightbridge's greatest strength is its proprietaryTwisted metal fuel rod designIt is located in the It is fundamentally different in structure from conventional oxide fuels and has performance advantages in the following respects

• High thermal conductivity and suppression of core temperature rise
• Capable of handling high output operation,Improved power generation efficiency of existing reactors by up to 20% or morebe able to make someone do something
• Has safer cooling properties than oxide fuels

This ability to achieve both accident tolerance (ATF) and high performance is a major point of differentiation that other companies do not have.

Regulatory compliance and experience working with the U.S. government

Lightbridge has been working with the U.S. Department of Energy (DOE) on a multi-yearSubsidized Joint Development Agreementand is also ahead of the regulatory compliance process in the U.S.

• Extensive experience in dialogue with regulatory authorities (NRC)
• DOE-supported irradiation testing and commercialization preparations underway
• The development system is based on public-private partnerships,Financial and technical credibility backed by

While many of its competitors have yet to reach the testing stage in commercial and research reactors, the companyPositioned as a bridge to social implementation of technologyThe following is a list of the most common problems with the "C" in the "C" column.

Building Strategic Partnerships

Through Enfission, a joint venture with Framatome, Lightbridge hasComprehensive manufacturing, design, and regulatory compliance system for commercial furnacesThe company has established a

• Connectivity to the world's leading fuel production infrastructure
• Can also be used in the commercial stage, where a large-scale manufacturing system is required
• Not a license offer,Alliance with a view to implementation as a product

This strategic positioning is against a solely developed competitor.Advantages in terms of both speed of commercialization and market penetrationStand on the

Compatibility with commercial furnaces and ease of installation

Light Bridge Fuel with existing light water reactors (PWR/BWR)Highly compatible designand is not limited to new furnaces, which is a major advantage.

• Minimal modification of the furnace itself, thus reducing installation costs
• The introduction of the system into reactors that are already in operation.Realistic and short-term market developmentis possible
• Highly adaptable to reactivated reactors and plants in extended-life operation

While other advanced fuels are a limited response to new reactor types, LightbridgeScalability to target existing furnace markets worldwideI have a

Lightbridge's differentiation goes beyond mere "innovation,A combined approach of regulatory strategies, manufacturing partner strategies, and implementation compatibility to lower barriers to market introductionThe company is made up of This is a clear competitive advantage over other advanced fuel developers.

Lightbridge (LTBR) Financial Results

Lightbridge's (LTBR) fiscal year isEnd of Dec.The first is.
Quarterly results are reported according to the following schedule

• Q1 (Q1): Jan-Mar
• Q2 (Q2): April - June
• 3Q (Q3): July - September
• Q4 (Q4): Oct-Dec

Lightbridge (LTBR) Stock Price

View the current real-time stock price chart (TradingView) for Lightbridge (LTBR).

The chart shows the Relative Strength Index (RSI). Reference as an indicator of market overheating.
*An overbought indicator when the RSI exceeds 70% to 80%, and conversely, an oversold indicator when the RSI falls below 20% to 30%.

What are the details and impact of Lightbridge's partnership and investment relationships?

1. Battelle Energy Alliance (BEA)/Idaho National Laboratory (INL)

• Relationships: Long-term "Strategic Partnership Project Agreement (SPPA)
• Contents:
  • Jointly conduct test production of Lightbridge Fuel™ and demonstration of irradiation experiments
  • In 2025Q1, depleted uranium-zirconium alloysSuccessful simultaneous extrusion experiment
• Impact:
  • In collaboration with a research institute under the direct control of the U.S. Department of Energy (DOE),Development backed by state supportpositioned as
  • Essential for obtaining safety and performance data for commercial reactors and SMRs

MOU (Memorandum of Understanding) with OKLO

• Relationships: Memorandum of understanding signed in January 2025 confirming possible collaboration.
• Contents:
  • Joint fuel production, reprocessing and recyclingConsidering collaboration in the area of
  • OKLOis a startup developing advanced SMR (Aurora)
• Impact:
  • Formation of fuel supply pipeline for SMRsAccelerate
  • Directly connected to next generation energy demand (military, industrial, AI data centers) specializing in small furnaces

OKLO: Small Modular Reactor Innovator – Growth and Stock Outlook - MiFsee

As demand for AI grows rapidly, the problem of power supply is becoming more serious.

mifsee.com

3. financial cooperation with DOE (U.S. Department of Energy)

• Relationships: From the GAIN program, etc.Multiple grants have been awarded
• Contents:
  • through MIT and Texas A&M University.DOE-supported university collaborative research
• Impact:
  • From basic research to prototype level,A system that allows government funding to advance technology demonstrations
  • Policy aligned with nuclear expansion strategy (Net Zero, HALEU expansion)

Supplemental information on investments and financing

• Successfully issued over $20 million ATM (as-needed) in Q1 2025
  • It is mostly raised through equity issuance, though,Financial strength is being strengthened.
• Cash balance as of March 31, 2025: Approximately $56.93 million
  • With no commercial revenue yet.Sufficient cash position to continue development

Overall Impact

• Collaboration with DOE, INL, and Oklo is a "private x government x utility reactor" trinity model
• Acquired "connection position" with national strategy and SMR industry, despite pre-commercialization
• In the future, we will use these relationships as a stepping stone toPossibility of progressing to fuel supply contracts and full-scale contract manufacturinghave

What is the future outlook for Lightbridge (LTBR) and its stock price?

Lightbridge (LTBR), while a pre-commercialization stage development company,Technology portfolio that could be positioned at the core of next-generation energy policyThe company has a
Based on future monetization, regulatory passage, and industry trends, the company's growth potential is high, but also encompasses uncertainty.

future outlook

The nuclear industry in the next 5 to 10 years will be in line with the global decarbonization of the nuclear industry.Re-evaluate clean and stable baseload power suppliesis expected to advance. Lightbridge is developing metallic fuels that can be introduced into existing light water reactors in this trend, and there is significant room for growth from the following perspectives

• More than new constructionMarket trends prioritizing efficiency and life extension measures for existing furnacesconforms to
• If the light water reactor fuel is replaced,Operating furnaces around the world are potential customersbecome
• With funding from government and research institutions,Financial support system in placehave been

The first introduction of this technology in a commercial reactor will quickly pave the way from technology approval to large-scale deployment.

performance

No revenue has been generated at this time,Funded by R&D and dilutionThe company is still in the process of continuing its operations by However, through joint projects with the DOE (U.S. Department of Energy) and in partnership with Framatom, the environment for commercialization is progressing year by year.

• Gradual progress in regulatory approvals
• Completion and analysis results of irradiation tests
• Potential for future royalty agreements/licensing revenue

These events can be turning points in performance.

Contracts/Pipeline

As a preliminary step to commercialization, now under DOE support,Irradiation testing and evaluation process at the National Research Reactoris underway. In addition to this, through Enfission, a joint venture with FlamatomDesign and construction of production line for commercial furnace fuelis also planned.

• Accumulation of data from use in test reactors (e.g., INL and MIT reactors)
• Pre-negotiations and MOU (Memorandum of Understanding) stage alliances with reactor operating companies
• In the future.Development of applications in the SMR (small module furnace) marketwith a view to

As these pipelines materialize in stages, the company's enterprise value could fluctuate significantly.

The future of Lightbridge is not just about innovation,Thematic nature deeply linked to national issues of energy security, decarbonization, and regulatory developmentThe company is supported by
Since stock prices incorporate such expectations and risks, it is important to be prepared for both growth expectations from a long-term perspective and short-term event-driven price movements.

Lightbridge (LTBR) Q1 2025 Financial Summary

Date of announcement: 25/05/12

Sales and Revenues

• Net sales: 0 U.S. dollars (same as the same period of the previous year)
• GAAP net loss: ($4,771,000) (previous year: -$2,819,000)
• EPS (net loss per share): ($0.24) (previous year: ($0.21))
• Interest income (other income): 375,000 (interest mainly from U.S. Treasuries and deposits)

Operating Expenses and Profits

• Operating loss: (-$5,146,000) (previous year: -$3,182,000)
• Research and Development (R&D): 1,666,000 (1,024,000 in the same period last year)
• General and Administrative (G&A): 3,480,000 (previous year: $2,158,000)
  • Increase due to: personnel expenses, consulting, professional fees, stock-based compensation (including lump-sum grants for former employees)

Contracts and Orders (Bookings)

• Commercial revenues are still in the process of being generated, but the following progress has been made
  • Joint experiment with INL (Idaho National Laboratory):
    • Successful demonstration of simultaneous extrusion of coated samples of nuclear fuel alloys (depleted uranium + zirconium)
    • Establishment of a basis for the production of concentrated samples for future irradiation tests
  • MOU signed with Oklo (January 2025):
    • Discussed the possibility of collaboration in fuel fabrication, reprocessing, and recycling

Cash and Financial Position

• Cash and cash equivalents at end of period: 56.93 million (previous year-end: $39.99 million)
• Working capital: 56.5 million (previous year-end: $39.9 million)
• Operating Cash Flow: ($3,299,000) (previous year: -$1,878,000)
• Funding:
  • Proceeds from equity issuance: $20.21 million (1.22 million in the same period last year)
    

Technology and Business Highlights

• Progress toward commercialization of Lightbridge Fuel™:
  • Assumed introduction in conventional furnaces and small modular furnaces (SMR)
  • Developed as a next-generation fuel with high output, safety, and nonproliferation properties
• Policy Background:
  • Positioned to catch up with the U.S. international goal of tripling its nuclear power generation capacity by 2050.

2025 Guidance (Future Outlook)

• Under the business model, commercial revenues will be generated after future fuel supply contracts are finalized.
• Collaboration with INL, DOE support, and university-led R&D continue
• Market expansion backed by AI and increased demand for nuclear power as a linked power source for renewable energies

Lightbridge remains a pre-commercial-stage development company, but is expanding its technical demonstration and funding base through joint projects and strategic alliances with government research institutions.
In particular, with the growing importance of nuclear power as an electric power infrastructure to support demand for AI, the differentiation of Lightbridge Fuel, a next-generation nuclear fuel, will be the key to future profitability. Although the company is expected to remain in the red in the short term, its financial strength and technological progress will draw attention to its growth from a medium- to long-term perspective.

Which brokerage firms can I buy shares of Lightbridge (LTBR)?

The following is a list of major brokerages that offer shares in Lightbridge (LTBR). At these brokerages, you can choose to invest as a CFD (Contract for Difference) as well as directly as a foreign stock.

I myself mainly use SBI Securities, but some stocks they handle may not be available for purchase. In such cases, I sometimes use CFDs at Saxo Bank Securities or IG Securities.

summary

Lightbridge (LTBR) is a company with the potential to dramatically improve the safety, efficiency, and sustainability of nuclear power generation by developing innovative metal fuel technologies

Specifically designed for existing light water reactors, Lightbridge fuel has the potential to be introduced in reactors around the world and is a structural change agent in the energy industry.

Although no revenues are being generated at this time due to the pre-commercialization stage, it is encouraging that the company has established credible partnerships with external parties, such as with the U.S. Department of Energy and with Flamatom.

Regulatory approval and progress in demonstration testing will be important factors that will directly impact future share price and business expansion.

The combination of the technology's future potential and its social significance makes this stock more than a short-term profit.Investors must be willing to invest in a medium- to long-term growth story.It is a type of growth stock. Personally, I feel that I will be watching its future development very closely.

We will be watching with anticipation to see how the implementation of the technology and market expansion will progress in the future.