Thank you, Scott, and good afternoon, everyone. Our industry-leading position in the SMR space continues to grow. Our pipeline is stronger than ever, and we are nearing a realization of commitment to deliver reliable clean energy at scale. We're looking forward to speaking with you about our announcement with Standard Power and will also provide an update on the decision to terminate work under CFPP, a decade-long partnership, which despite commercial challenges, achieved numerous successes that I will discuss later. Now to begin, as you'll see on Slide 3, we have invested more than $1.8 billion to build sustainable competitive advantages in technology, regulatory approvals, supply chain and manufacturing readiness, all of which brings tremendous credibility to our business development pipeline. NuScale is a vast stage of development has derisked nuclear energy for our customers. While establishing a first-mover leadership position that supports our near-term commercialization efforts. Next, on Slide 4, I'll provide an overview of our strategy. We are advancing our technology and supply chain readiness through comprehensive manufacturing trials and other measures. NuScale is focused on deploying our SMR modules and are poised to expand into new markets, applications and capabilities. Over the last year, we have taken important steps to commercialize our SMR technology. A key step was forming a strategic partnership with ENTRA1 Energy, an independent energy transition platform backed by a highly capable team with significant energy and infrastructure experience. Importantly, ENTRA1 supports our vision for wide-scale deployment of NuScale SMRs. Through this partnership, ENTRA1 will develop, manage, own and operate a portfolio of energy plants powered by NuScale SMR technology approved by the U.S. Nuclear Regulatory Commission, or NRC. As detailed on Slide 5, this relationship enables a business model, which is transformational for NuScale and is important to the success of our commercialization efforts. Let me take a moment to explain the structure of our industry and the profound impact of this relationship. Utilities, industrials, technology companies, U.S. states and international sovereigns are looking to support their 2050 net zero commitments either by purchasing power or building non-greenhouse gas emitting power plants. NuScale does not sell power, and we're not in the business of building power plants. Whether we are in an original equipment designer of a U.S. NRC approved technology. We oversee the manufacturer of the equipment that we designed and provide that to our customer or a plant constructor. ENTRA1 serves as a project developer and brings together the total package consisting of our technology with their construction, financing, operation and ownership. This is what many of our customers want and the level of interest in our technology has never been higher. As shown on Slide 6, on October 6, we were pleased to announce an early milestone in its business development relationship. Standard Power, a provider of infrastructure as a service to advanced data processing companies in partnership with ENTRA1 announced its plans to develop two NuScale VOYGR-12 power plants that will together produce nearly 2 gigawatts of clean carbon-free energy. The facilities we located in Ohio and Pennsylvania. These projects will power nearby data centers and represent a significant economic boost for their respective communities. We're delighted with this partnership as it will serve as a model to be considered by other data center operators as their customers increasingly demand at these facilities rely on reliable and resilient clean energy. NuScale scope and supply for the standard power project will be provided 24 modules, 12 per plant and other nuclear equipment to collectively produce nearly 2 gigawatts of clean energy for Standards Power's data centers. These projects will be located alongside existing power generation infrastructure with access to a skilled workforce, accessible to navigable waterways and other site features favorable to realize reduced construction costs. The economics of the VOYGR-12 generating facility are improved in comparison to the VOYGR-6 facility from an economies of scale perspective. And while one of these early tasks will be to form a cost estimate for these projects, we are confident economics will be cost competitive compared with other baseload [indiscernible] energy options. I want to pause here and set the record straight on recent and irresponsible speculation. Many in our team, myself included, as well as ENTRA1 have worked in power and infrastructure development for decades. We've spoken with hundreds of potential customers. In each case, we spent time and resources, vetting the individuals and organizations we speak with, including standard power and their stakeholders. We are delighted to have been selected as Standard Power's technology of choice. It's important for the investment community to understand that these projects are complex, involve many partners and significant capital investment. No customer, not UAMPs, not RoPower, not Standard Power, no major utility, industrial or data center player, no customer walks in the door with a [ blank shift ] and orders a nuclear-power plant. That's just not the way this industry operates. These are multiyear and multibillion dollar projects on which regional economies depend. Discussions among serious responsible parties are detailed, deliberated and staged in their progression. While this is the first collaboration resulting from our commercial partnership with ENTRA1, we expect to replicate this delivery commercial model going forward. We are incredibly proud that the developers and customers are selecting NuScale modules as their technology of choice to power their projects and meet their carbon-free energy objectives. There is a growing demand for safe, reliable 24/7 and carbon-free baseload energy and is comprehensive and bespoke financing and development solution can more effectively and more quickly address the full suite of customer needs, accelerating the realization of the tremendous opportunities in our pipeline. With regard to RoPower, we are advancing into the next stage of development. FEED Phase 1 included more than 23 activities and a contract valued at almost $28 million. This laid a solid foundation for the next contract phase. As a result of FEED Phase I work, we received approval for the Romanian regulator from the licensing basis document and support of the RoPower project, a key milestone that will facilitate the implementation of the license process for all stages of NuScale projects in Romania. In addition, the global public private funding commitments announced in May, including planned commitments from NuScale strategic partners are expected to support procurement of long lead items and Phase 2 Front-End Engineering Design work in the near future. As proposed, Phase 2 FEED work will include site characterization and regulatory analysis and the development of site-specific schedule and budget estimates for project execution. FEED Phase 2 and release of long lead materials position that project for final notice to proceed with plant deployment. Looking at the progress of NuScale's business development more broadly on Slide 7, the breadth and scale of our domestic and international pipeline is substantial. Potential customers are coming to news deal because our SMR technology remains the only one who have received design approval and certification from the U.S. Nuclear Regulatory Commission. We are ready for near-term deployment and currently produce the new scale power modules, which provide customers with unmatched flexibility for a variety of applications. Our strategic partnership with ENTRA1 bridges a development cap and many customers who wanted to integrate SMRs in their energy portfolio without developing a power plant project, now have the means to do so. No one in the market offers us today and our nearest competitors are many years behind us. And while we're certainly talking with traditional utilities, our pipeline extends far beyond that. Its data centers is coal plant repurposing in ammonia production in its hydrogen production, steel producers and industrial heat. It's the communities across America that want clean energy, and they want jobs, its American allies around the world that seek the security of reliable green energy. The interest we have received is considerable, and we are laser-focused on converting those opportunities to cash-generating contracts. In addition to advancing dialogue with U.S. prospective U.S. customers, we've also been talking to potential customers globally, including in France, Turkey, Morocco, Eastern Europe and the Far East. For example, in October, NuScale was picked to participate in the next stage of evaluation by the U.K. government. A fast track measure could result in a government contract within the next 10 months as part of a strategy to deliver operational SMRs by the mid-2030s. We are also continuing to establish new scale energy exploration centers or E2s, both in the U.S. and abroad. These control room simulators serve as a workforce training and development tool and provide an important opportunity to demonstrate to socialize the advanced safety and reliability of NuScale's SMR technology. Currently, we have established or planned E2 centers in the U.S., Romania and Korea. Moving on to Slide 8. I want to highlight a few additional updates in the context of a key 2023 milestones. In July, we announced that NuScale standard design approval application was accepted for the review by the U.S. NRC. The NRC provided us with a schedule for an anticipated 4-month review process for obtaining approval for a power upgrade to a 77-megawatt NuScale power module, which will support the capacity needs of a wider range of customers. The design reflected in this application includes the same fundamental safety case and features approved by the NRC in 2020, which should expedite the review process. With regard to manufacturing, as you recall, we placed our first long lead material order with our partner, Doosan Enerbility in March. Doosan continues to produce forgings in materials associated with the manufacturing of the first new scale power modules, and we are positioned to begin manufacturing our first modules later this year. When forgings will be assembled and machined to their final dimensions. We are not aware of another North American SMR vendor that has progressed to the manufacturing phase, and we are excited to continue leading the way for the industry. We are also tracking to our commercialization program advancement expectations, completing four key milestones under our U.S. Department of Energy cost share award, including a plant protection system design and completion of the intermediate decide for a reactor vessel internals. We continue to consistently deliver on our milestones in this area, demonstrating our team's ability to effectively execute. The progress made here will benefit all of our future customers. Now on Slide 9, I will discuss NuScale and Utah Associated Municipal Power Systems, or UMS, Mutual agreement to terminate the carbon-free power project or CFPP. Let me start by saying at CFPP unequivocally as there've been a tremendous success for NuScale. Through our work with UAMPS in partnership with the U.S. Department of Energy, NuScale successfully developed a detailed Level 3 deployment schedule, prepared and submitted a limited work authorization prepared and ready for submission a combined operation based on NuScale's SMR technology, of which approximately 50% of that application is generic. And we developed our input to a detailed and comprehensive Level 2 project cost estimates. During this time, we also completed the VOYGR-6 standard plant design, submitted our standard designed approval application for a 6 module plant with a power uprate and received NRC approval for a means to get to a site boundary emergency planning cells. Currently, we are in a fabrication phase of our first 6 modules. Through our participation with CFPP, NuScale successfully advanced our NuScale power modules to the point that utilities, governments and industrials can now rely on a proven small module reactor technology that has regulatory approval is an active production and is ready for commercial deployment. It is NuScale's view the project would have achieved the milestone related to project economic competitiveness. Despite elevated levels of inflation, price and financing costs and supply chain disruptions that have impacted all infrastructure projects, capital costs of CFPP have not increased between the Class 3 and the current Class 2 estimates when adjusted for inflation. I want to emphasize that point because not only have overall capital costs remain stable, the cost for NuScale's SMR technology, which is just one component of the CPP have remained steady as well. Our ability to control costs even in challenging economic conditions is a testament to the hard work of our engineering and supply chain teams and our EC partners at floor. CFPP targeted 80% subscription for the project by year-end. On our last earnings call, we shared the three ways this target might be achieved. First, by existing CFPP participants increasing their current subscription levels; second, by UAMP members who are not DFPP participants, signing on to the project; and third, by CFPP bringing in additional Western public power utilities, investor-owned utilities and data center operators and industrial customers. Despite significant efforts by both parties to advance the CFPP, it appeared unlikely that the project would have enough subscription to support deployment. Therefore, UAMPS and NuScale mutually determined that in the project was the most prudent decision for both parties. Importantly, we are working to ensure a successful transfer of long-lead materials for the next 6 NuScale power modules currently under development to be used by another customer. NuScale has established our industry-leading position in large part based on our work with the CFPP. Despite not reaching the subscription levels required for this phase of the project continued to our deployment, CFPP was a tremendous success for our business, and I couldn't be prouder of our team and their accomplishments. We remain bullish on the future and our agreement with ENTRA1 in Standard Power does not even scratch the surface, so to speak, of demand we see around the world. Looking ahead, we believe our partnership with Intro derisks future projects for many of the commercial challenges we experienced within CFPB. And we look forward to committing our efforts and resources to a productive new business development opportunities such as Standard Power. In summary, our competitive position is stronger than ever. Our continued world-class technology and IP, operational or regulatory excellence, deep nuclear experience, a highly capable partner and a derisked supplier ecosystem will continue to support our ability to generate long-term value for shareholders. Now I'll hand it over to Ramsey to provide our financial update. Ramsey?