Thank you, everyone, for joining us today to hear about QCi’s progress in the first quarter. This is my first shareholder update call as Interim CEO of QCi. As the Chairman and on behalf of the entire board, I would like to express our sincere appreciation to Dr. Bill McGann for his leadership and dedicated service. We wish him well for his retirement and are deeply grateful for the significant progress he made in positioning QCi for success. Thanks to his vision and effort, the company stands on a strong foundation to continue advancing our strategic goals and capitalizing on the opportunities ahead. As I step into the role of Interim CEO, I look forward to working closely with our talented team, partners, and shareholders to build on this momentum and continue putting photons to work. At the same time, the board has initiated an active search for QCi's next CEO, someone who can help us capture the substantial opportunities we see ahead in the market. For those who are newer to our story, let me start with a brief overview of who we are and what drives us. Quantum Computing Inc. is an integrated photonics and quantum optics technology company. Our mission is to deliver accessible, affordable quantum machines and the photonics solutions that solve real world problems today, not decades from now. By leveraging the unique properties of thin film lithium niobate and advanced photonic engineering, we are building systems that operate at room temperature, consume low power, and seamlessly integrate into existing infrastructures. Our vision is to make high-performance quantum solutions practical, scalable, and impactful across industries, from scientific research to industrial applications. We believe QCi stands apart by focusing on two key areas. The first is our quantum machines, which solves complex optimization, machine learning, and sensing problems in fields like biomedical research, transportation, and finance. The second is our thin film lithium niobate or TFLN foundry, which provides critical building blocks for next-generation telecommunications, AI, and quantum applications. And now for a summary of our progress this quarter. First, let's start with the progress we have made at our Quantum Photonic Chip Foundry in Tempe, Arizona. In the first quarter of 2025, we completed construction of the facility, which is a significant milestone for our company. At the foundry, we have moved into the next phase of testing tools, finalizing certifications, and we are beginning to ramp our customer deliveries, some of which were fulfilled using a shared yield facility in the past. This is a specialty fab, purposely built to manufacture high performance thin film lithium niobate photonic integrated circuits. And while this is a smaller, highly focused facility compared to large semiconductor fabs, it represents the first phase of what we see as a multi-phase strategy to address significant and growing market demand, particularly in data communications and telecommunications. We expect to see modest initial revenue from the fab this year, and as we scale and bring more customers online, we anticipate revenue growth starting to accelerate in 2026. In the first quarter, we secured our fifth purchase order for foundry services from the leading Canadian research institute, which shows early validation of the global demand we are seeing for these capacities. We are working closely with our pre-order customers to finalize designs and start fabrication. And we are excited about what's ahead. And now for our quantum machine business, in the first quarter of 2025, we announced a great collaboration with the Sanders Tri-Institutional Therapeutics Discovery Institute. This is a joint effort between Memorial Sloan, Kettering, Rockefeller University and Weill Cornell Medicine. Through this partnership, they are leveraging cloud-based access through our directory quantum optimization machine to support advanced research in computational chemistry and biomolecular modeling. This is exactly the kind of real world application we envisioned when we built Dirac-3. And it demonstrate that QCi’s systems are making the impact today, not five or 10 years down the road. Since the end of the quarter, we have kept the momentum going. We recently announced that we secured a new subcontract through the analytics mechanics associates to support NASA's Langley Research Center. We will be applying our Dirac-3 quantum machine to help remove sunlight noise from space-based LiDAR data, a challenge that has historically limited NASA's ability to conduct reliable daytime Earth observations. This project builds on our prior collaborations with NASA and underscores the trust we have built as a technology partner. Subsequently to the quarter, we also booked two exciting new customer orders. First, we sold a quantum photonic vibrometer to Delft University of Technology in the Netherlands, to support cutting-edge research in non-destructive testing and structural health monitoring. Shortly after that, we announced the sales of an EmuCore reservoir computing device to a major automotive manufacturer for R&D use. Both of these wins demonstrate how we are broadening adoption of our quantum solutions across both academic and industrial markets. On the marketing front, we attended some key trade shows where we connected with prospective customers and partners. Those interactions are expanding our relationships and building awareness of our solutions. During the quarter, we also strengthened our board with addition of Eric Schwartz. Eric brings more than 20 years of experience in financing, M&A, and corporate strategy. He has guided companies through the exact types of commercialization and the manufacturer's scale-up efforts we are working on now. So his expertise will be a great asset as we move forward. With that, I will turn the call over to our CFO, Chris Boehmler, to walk through our financials.