As part of our efforts in the quantum computing space, we are not chasing theoretical performance. Instead, we are delivering purpose-built machines and the components that customers are deploying today. Our growth strategy is centered on two complementary revenue streams. First, our quantum machines, which tackle complex optimization, machine learning, and sensing challenges across areas like biomedical research, transportation, and national security. And second, our syncing niobate photonic funding, which delivers essential components for next-generation communication, AI, and quantum applications. These two key areas uniquely position us to serve both the present and future needs of the quantum economy, supporting long-term growth. We are operating in a space that is entering a period of rapid acceleration. The world is increasingly aware of the critical role quantum technologies will play in enabling breakthroughs in areas like climate science, defense, drug discovery, and secure communications. In parallel, there is strong momentum around domestic semiconductor and photonic manufacturing, opening up new commercial opportunities for our foundry. This is a period of time for the industry, and the Q SaaS business is scaling to meet the demand. Importantly, QSight stands apart with a quantum architecture that offers significant SWaP-C advantages, including the ability to operate at room temperature thanks to our integrated photonic platform. At a time when energy consumption has become a major constraint on the growth of AI and digital infrastructure, our room temperature, energy-efficient approach offers a timely and compelling solution to one of the most pressing challenges facing the tech industry today. Now I will walk through some of the key milestones we have achieved this quarter. First, we continue to see encouraging signs of commercial traction across both our quantum and photonic production lines. During the quarter, we secured an order for our quantum photonic vibrometer from the Department of Aerospace Structures and Materials at Delft University of Technology in The Netherlands, one of the world's top technical research institutes. This system will advance their work in nondestructive testing and structural health monitoring. We also shipped our first commercial entangled photon source to a leading research institution in South Korea. This system enables secure quantum communication experiments over conventional fiber networks and marks an important step in bringing our lab-developed quantum networking technologies into commercial deployment. This quarter, we saw new traction in our Quanti AI portfolio. During the quarter, a major global automotive manufacturer purchased one of our EMUCORE reservoir computing systems, which will be used to explore edge-based machine learning applications such as time series prediction and image recognition. This is an important proof point for the real-world use of our reservoir computing platform. Subsequent to the quarter, in July 2025, we announced a new commercial order from a top five US bank, marking the first domestic commercial sale of our Quantum cybersecurity solution, underscoring recent demand for Quantum's secure data protection. We also advanced our work with strategic government partners. During the quarter, we were awarded a subcontract valued at over $400,000 to support NASA's Langley Research Center. Under this contract, we are applying our direct three quantum optimization machine to develop a quantum-based technology for removing solar noise from space-based LiDAR data, an issue that has historically limited NASA's ability to collect reliable atmospheric observations. This builds on our prior work with NASA and highlights the real-world value of our quantum systems for scientific applications. Continuing to be a significant partner to government institutions remains a key goal for us. We continued to make progress subsequent to this quarter, announcing a thin film chip contract from the US Department of Commerce National Institute of Standards and Technology last week. Turning to our foundry, developing those chips, we announced on our last call that construction of our state-of-the-art quantum photonic chip facility in Tempe, Arizona, was completed in March. In May, we celebrated the grand opening with a ribbon-cutting ceremony alongside Mayor Corey Woods and regional industrial stakeholders. The facility is now fully operational, fulfilling customer preorders and positioned to scale production of thin film lithium niobate chips for use across telecom, advanced sensing, and quantum computing. As we scale the foundry, we expect revenue to slowly grow, targeting a significant revenue contribution in the next twelve to eighteen months as we ramp. We look forward to providing more updates on our foundry strategy later this year. We also made several key leadership appointments during this quarter to support our next phase of execution. I was honored to step into the role of interim CEO. We welcome Chris Roberts as our new Chief Financial Officer. In addition, we promoted MiLai Begley Bakeoff to Chief Operating Officer and Puya Diana to Chief Revenue Officer. Each of these individuals brings deep expertise and a focused leadership team, and they are already making meaningful contributions as we scale the business. Finally, we are proud to be added to the 3,000 and 2,000 indices at the conclusion of their annual reconstitution in June. This inclusion increases our visibility across institutional investors and reflects growing recognition of QSight's progress and potential in delivering commercially relevant quantum and photonic technologies. With that, I will turn the call over to our CFO, Chris Roberts, to walk through our financials.