Core Viewpoint - A class action lawsuit has been filed against NuScale Power Corporation and certain senior executives for securities fraud following a significant stock drop attributed to potential violations of federal securities laws [1][3]. Group 1: Lawsuit Details - The lawsuit is pending in the U.S. District Court for the District of Oregon, captioned Truedson v. NuScale Power Corporation, et al., No. 3:26-cv-00328 [3]. - Investors have until April 20, 2026, to request to be appointed to lead the case [3]. Group 2: Company Background - NuScale Power Corporation specializes in nuclear technology, particularly the NuScale Power Module (NPM), a small modular nuclear reactor designed for energy generation [4]. - The company had established a partnership with ENTRA1 Energy LLC, which was responsible for constructing power generation facilities using NuScale's NPMs [4]. Group 3: Allegations Against ENTRA1 - NuScale allegedly misrepresented ENTRA1's capabilities, claiming it had extensive experience in developing power plants, while in reality, ENTRA1 had never built or operated any significant projects [5][6]. - ENTRA1 was primarily organized to support the activities of its principal, Wadie Habboush, rather than to undertake substantial projects [6]. Group 4: Stock Price Impact - On November 6, 2025, NuScale reported a dramatic increase in general and administrative expenses from $17 million in the prior year to $519 million in 3Q 2025, largely due to a $495 million payment to ENTRA1 [7]. - Following the disclosure of ENTRA1's lack of experience in nuclear power projects, NuScale's stock price fell by $4.03 per share, a decline of over 12.4%, from $32.46 on November 6, 2025, to $28.43 on November 10, 2025 [7].

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Company Overview - NuScale Power has developed a small modular nuclear reactor (SMR) technology aimed at transforming the nuclear power industry by offering a safer and quicker construction process compared to traditional large-scale nuclear plants [1][2] - The modular design allows for easier transportation and placement closer to population centers, potentially reducing costs and construction time [2] Market Potential - SMRs could serve high-demand electricity users, such as data centers for artificial intelligence, by providing dedicated power sources and reducing reliance on the power grid [3] - The technology's appeal lies in its ability to create larger power plants by linking multiple SMRs, which may attract electric utility customers [2] Current Status - NuScale Power has not yet made its first official sale, which is critical for gaining customer confidence and demonstrating the viability of its technology [5] - The company has two potential customers: a Romanian power company considering up to six SMRs and ongoing discussions with the Tennessee Valley Authority and ENTRA1 Energy for U.S.-based projects [6][7] Financial Metrics - As of the latest data, NuScale Power's stock is trading at approximately $20.51, with a market capitalization of $5.8 billion [8] - The stock has experienced significant volatility, with a 52-week range of $11.08 to $57.42, and a gross margin of 64.95% [8][9] Investor Considerations - Fluor, an early investor in NuScale, is selling its shares and plans to exit its position by 2026, which may negatively impact the stock price in the interim [9] - The current trading price below $24 raises questions about whether it represents a buying opportunity or indicates higher risks for investors [1][10]

Core Insights - Oklo, a nuclear start-up, has seen its shares fall over 20% from their highs but remains up over 550% year-to-date, with a current valuation of approximately $20 billion despite not having produced a working nuclear reactor yet [1][10] Company Overview - Oklo is developing a small modular nuclear reactor (SMR) called the Aurora Powerhouse, which aims to utilize sodium-cooled fast reactor technology, differing from conventional water-cooled reactors [3] - The Aurora Powerhouse is expected to generate "up to 75 megawatts" of electrical output [3] Technology Viability - Each component of Oklo's proposed technology has been successfully tested or deployed in other settings, with at least two commercial SMRs currently operational in Russia and China [4] - The U.S.'s Experimental Breeder Reactor II (EBR-II) demonstrated the feasibility of sodium-cooled fast reactors, producing 20 megawatts of power from 1965 to 1994 [4] Market Potential - U.S. electricity demand is projected to increase by 20% to 25% over the next five years, largely driven by the growing need for data centers [8] - Oklo's self-powering data centers could alleviate pressure on local energy grids, potentially leading to skyrocketing demand due to the lack of viable alternatives [9] Business Model - Oklo plans to maintain ownership of its SMRs and sell the generated power, which could create sustainable cash flow for decades [11] - A mature Oklo could evolve into a utility-scale power provider, offering dividends to investors and providing both price appreciation and potential income streams [11] Strategic Partnerships - Oklo has announced a partnership with Vertiv to develop a joint cooling system for a data center powered by an on-site SMR, integrating cooling systems for both data centers and nuclear power plants [7]

Core Viewpoint - The recent volatility in Oklo's stock price, including a significant dip that erased over $4 billion in value, is not a cause for concern for investors, as such fluctuations are common for startups in the nuclear energy sector [1][2]. Company Overview - Oklo, founded in 2013 by MIT graduates, went public through a merger with a SPAC in May 2024 and is focused on developing small modular nuclear reactors (SMRs) [4]. - The company has yet to build a working prototype or generate revenue, making it a speculative investment [4][5]. Technology and Innovation - Oklo is developing a sodium-cooled "fast reactor" SMR, which is a niche technology that could potentially offer greater efficiency compared to traditional water-cooled reactors [6][7]. - The proposed technology may utilize spent fuel from existing reactors, providing an additional advantage [7]. Market Dynamics - The lack of traditional valuation metrics for Oklo, due to its early-stage development, leads to significant stock price volatility driven by minor news and rumors [9]. - Recent news, such as the groundbreaking ceremony for its Aurora Powerhouse SMR, caused sharp price movements, highlighting the speculative nature of the stock [10]. Investment Considerations - Despite the recent stock price slump, there is potential upside for Oklo if it can successfully deliver on its technological promises, making it a consideration for risk-tolerant investors [10].

Core Insights - OpenAI achieved its first billion-dollar revenue month in July, highlighting the growing demand for AI technology and the potential for further earnings if resource constraints are addressed [1] - The primary challenge for OpenAI's scalability is access to sufficient computing and electric power, which is critical for running data centers [3][5] - Oklo, a startup proposing small modular nuclear reactors (SMRs) for data center power, may be positioned to capture a significant share of the future investments in energy solutions for AI companies [6][9] Group 1: OpenAI's Current Situation - OpenAI's CFO, Sarah Friar, indicated that the company is "constantly 'under compute'" due to high demand for GPUs and computing power [3] - The company is exploring new methods to enhance data center efficiency and power supply, as existing electricity sources are becoming increasingly utilized [4][5] Group 2: Oklo's Innovative Solution - Oklo's approach involves using small modular nuclear reactors, which require less space compared to traditional nuclear facilities, making them a viable option for powering data centers [6] - The partnership between Oklo and engineering firm Vertiv aims to develop cooling systems for data centers powered by onsite SMRs, addressing both power and cooling needs [6] Group 3: Competitive Advantage and Future Outlook - Oklo has existing connections with OpenAI, potentially giving it an advantage in securing investment once its technology is proven [7] - The company anticipates having a working prototype by 2026 or 2027, which could lead to significant investment opportunities from AI companies like OpenAI [9]