Thank you, Eric, and welcome, everyone, to our third quarter 2025 earnings call. Before I begin, I wanted to express my sincere gratitude to John for his service and contributions to GF. We wish him the best. GF delivered a strong third quarter. With revenue, gross margin, operating margin, and earnings per share at the high end of the guidance ranges. For the fourth consecutive quarter, we saw strong double-digit percentage year-over-year revenue growth both in our automotive and communications, infrastructure, and data center end markets, which together represented 28% of our total third quarter revenue. We expanded third quarter gross margin both sequentially and year-over-year which is representative of our relentless drive to growing profitability. With the strength of our differentiated product portfolio, which is highly suited to secular growth markets, the richer mix of high-growth businesses and the clear value proposition of our global footprint, GF is laying a strong foundation for a future of robust profitable growth. GF is truly a global company. I recently had the privilege of visiting customers and employees across The US, Asia, and Europe, including at our marquee global technology summits in all three continents. Having met with over 100 current and prospective customers, from across the end markets we serve, The feedback has been consistent, and unequivocal. GF brings a unique combination of differentiated technologies that meet the needs of today's secular trends including the scaling of AI in the data center, and the proliferation of AI into the physical world. As well as the need to deliver those technologies from a resilient global footprint. Let me address each of these exciting areas. Firstly, scaling AI in the data center with optical networking. After years of R&D, capacity investments, and deep innovation with customers, GF is carving out a strong position in the optical market at exactly the right time. Recent commentary by hyperscalers, GPU makers, and other players in the data center ecosystem have emphasized the need for silicon photonics in scale-up, scale-out, and scale-across networking. The OCP Global Summit last month highlighted a growing shift towards pluggable silicon photonics and co-package optics as alternatives to traditional copper interconnects over the next several years where legacy technology is simply unable to meet the increasing demands in data transmission speed, bandwidth density, and power efficiency. Propelled by this expected transition, we estimate our serviceable addressable market for optical networking will grow by a CAGR of approximately 40% through 2030. We expect GF to be a key participant in this substantial growth and are highly encouraged by our early track record of success in many applications that support optical networking. Including our silicon photonics platform, as well as our high-performance silicon germanium, and FDX technologies. In Q3 alone, we won three optical networking designs with new customers worth over $150 million of projected lifetime revenue. With the first tape-out for one of these designs already completed in the quarter. Silicon photonics alone is on track to reach over $200 million of revenue in 2025, close to doubling year-over-year. As the market continues to require higher and higher performing pluggable optical transceivers, and its co-packaged optics adoption meaningfully ramps from 2027 we envision silicon photonics to become a billion-dollar plus run rate business for GF before the end of the decade. To support this growth, we will continue to partner with our customers and make the necessary investments to grow our scale as well as adding organically or inorganically new complementary capabilities. With gross margins significantly above our target model, we expect long-term growth in silicon photonics to provide a tailwind to GF for years to come. The second significant and rapidly evolving secular trend is the advent of AI capabilities being deployed across a broad range of applications in the physical world. Based on discussions with our customers, we believe the ongoing data center AI build-out is merely a prelude to the next step of the AI revolution. Real-world applications in the physical space. From autonomous vehicles and drones to next-generation medical devices, and ultimately humanoid robots, we expect the marriage of artificial intelligence with real-time sensing control, and compute capabilities to unlock new previously unthinkable applications accelerate demand for GF's essential technologies. The technical demands of this next phase of AI align with GF's deep technical strength in developing feature-rich technologies that play a critical role across multiple applications. Which is further complemented with our recent investment in MIPS which will accelerate the development of real-time processor IP. In the world of physical AI, the market will need vast amounts of feature-rich, low-power, connected chips that are secure and cost-effective. We believe everything that moves will become autonomous, Everything that senses will be intelligent, and many devices that think will also actuate in the real world. GF's product portfolio enables us to play a critical role in this coming revolution. For efficient power management, our FTX and FinFET platforms are specifically designed to support always-on, ultra-low leakage, edge devices can run longer and more reliably. For robotics and real-world object manipulation, our BCD and BCD HV platforms offer a power-efficient architecture that is ideal for motor and joint control as well as battery management. Lastly, for intelligence, sensing, detection. Our recently launched UX platform, as well as our established FDX and FinFET capabilities, enable accurate multimode sensors with capabilities across radar, ultra-wideband, imaging, and audio. By coupling all of these technologies with a range of embedded nonvolatile memory solutions, including ESF, MRAM, and RRAM, can go further to enable smart, secure processing in a range of physical applications. Across all of these GF served applications, we believe the emerging physical AI opportunity will become more than an $18 billion SAM for GF by 2030. Our momentum with customers is accelerating in edge and physical AI applications. The proof points are already in motion. And in the third quarter, we secured several additional design wins across applications such as AI-enabled glasses, AI-enabled hearables, AI-enabled home appliances, and AI-enabled software-defined vehicles. The last theme that remains top of mind for our customers is the critical importance of geographically diversified semiconductor supply. Recent geopolitical conflicts, tariffs, and export controls are a consequence of an increasingly fractured and deglobalizing world. As a remedy, governments have sought to encourage industry players to reassure or onshore their sourcing of essential chips. It is now common for customers to require, not request, non-China, non-Taiwan supply chains. And is now also becoming increasingly common to specifically require US-based manufacturing. As many of our customers have now publicly stated, partnering with GF in reshoring technologies to The US has become core to their supply strategy. By aligning our investments to our customers' requirements, we are positioning GF to gain share from this secular trend. Given our unique and advantaged global footprint, across The US, Europe, and Asia. In June, with support from half a dozen leading customers, including Apple, AMD, SpaceX, Qualcomm, NXP, and several other leading technology companies we announced that we broadened the envelope of our investments to $16 billion in order to expand US manufacturing and advanced packaging capabilities in our facilities in New York and Vermont. With support from federal, state, and local governments, we have established a world-class semiconductor ecosystem in The US rich with employee talent, as well as diverse suppliers, customers, and OEMs. Notwithstanding the ongoing section 232 assessment in The US, the structural reshaping of global supply chains is well underway. And we believe that GF is at the forefront of supporting this transformation. As our customers increasingly seek to mitigate geopolitical risks, and enhance their supply chain resilience, GF is helping them navigate trade complexities and optimize their sourcing decisions. An excellent recent example of the progress we are making is our announcement with Silicon Labs to manufacture its wireless SoCs on GF's new ultra-low power platform out of our Malta New York fab. Beyond The US, we have also announced plans to invest an additional $1.1 billion in our Dresden fab. Supported by incentives from the German federal government and the state of Saxony, under the framework of the European Chips Act the investment will allow us to increase production capacity to more than 1 million wafers a year in Dresden by 2028. Making it the largest site of its kind in Europe, approaching Gigafab scale. Driven by the needs of key European customers such as NXP, Infineon, Ormovio, and Bosch, we are well placed to meet our customers' requirements of EU-based manufacturing from our world-class site. We believe we are only in the early stages of this opportunity. And see strong validation of our decade-long strategy to build and scale flexible manufacturing capabilities across our fabs, an area where GF has always been a leader for the industry and intends to continue to do so well into the future. In conclusion, at GF, we are committed to being a trusted partner to our customers utilizing our differentiated chip technologies and global manufacturing capacity. We believe we are well positioned to benefit from the long-term trends driving our industry. Years of work and preparation have established a solid foundation for us to capture these inflection point opportunities all made possible by the dedication of our global team. With that, over to you, Niels.