Good afternoon, everyone, and thank you for joining our second quarter 2023 earnings call. It's been another outstanding quarter here at IonQ, as we continue to push ahead and further our lead over our competitors. We finished the quarter with $5.5 million in revenue, which was well above the high end of our guidance range of $4.1 million to $4.5 million. At the same time, we built upon our momentum in the private sector by closing our first major deal designed to put, not just one, but two generations of future IonQ systems in Europe. This commercial milestone brings our year-to-date bookings to $32 million and puts us in striking range to achieve our previously stated goal of $100 million in cumulative bookings during the first three years of our commercialization efforts. As we'll discuss, this quarter's success gives us the confidence to once again raise the midpoint of our bookings guidance for the full year from our previous outlook of $50 million, up to $52.5 million. Our momentum here at IonQ is accelerating with our groundbreaking technical progress driving our commercial wins. Last quarter, we shared that our team had already accomplished our technical goal for 2023 over seven months ahead of schedule, by achieving a record-breaking 29 algorithmic qubits or AQ on our IonQ Forte system. We have added approximately one AQ per month on average since going public in September 2021. With AQ 29 achieved, we are now focused on reaching AQ 35 and AQ 64. Building on that technology success, we have now closed IonQ's largest commercial deal to date. In June, we announced that we will be partnering with QuantumBasel, a Switzerland-based industry group to bring two of our future systems to Europe. These systems will follow our technical roadmap, with the first one expected to reach AQ 35, and the second system expected to reach up to AQ 64. We plan to use these systems to serve European industry, government entities, and research institutes with local access to IonQ's powerful quantum systems. The beauty of this partnership is that as our first planned on-premise hardware project in Europe, we will retain some capacity on each system, allowing us to serve other prospective customers in the region from our new European datacenter. Our QuantumBasel partnership is significant to IonQ in a few ways. First, we noted in prior earnings calls that a large sale could create a significant boost in IonQ's near-term bookings. This is such a sale. Additionally, this partnership represents our first deal involving future IonQ systems and is a strong third-party validation of IonQ's ambitious technical roadmap. Looking forward, at AQ 64, IonQ quantum computers will be able to explore a useful computational space of two to the power of 64 for running quantum algorithms. In a fraction of a second, this system will be able to explore a computational space of 18 quintillion. As a reminder, a quintillion is one with 18 zeros after it. To put that in perspective, the Frontier supercomputer at Oak Ridge National Laboratory can calculate 1.1 quintillion floating point operations for a second. At AQ 64, classical computers will no longer be able to fully simulate an IonQ system, and as a result, we believe these systems will enable customers to tackle certain problems that even the best classical supercomputers can't solve. We currently expect to deliver AQ 64 by the end of 2025. We are committed to achieving quantum advantage and believe we can reach this at AQ 64. Though the technical challenges on the road to this goal are significant, our team is pursuing more than one path to arrive at this historic milestone, which enhances our confidence in doing so. While these milestones are just around the corner, we are seeing belief in our roadmap driving tangible commercial adoption for IonQ today. We believe IonQ is the only public company today that is executing against a roadmap that can deliver these technical results and sell systems in this time period. We are seeing increased demand for IonQ systems and we now hope to sell a number of systems over the next 18 months in various configurations based on customer needs. Our guidance for this year is a probability weighted average of our pipeline and it already accounts for the 2023 portion of these potential sales. Thomas will provide more details on our guidance later in the call. At Quantum World Congress on September 27, we will share a more detailed technical roadmap and upcoming product details. We will live stream this presentation and I encourage anyone interested in learning more about our roadmap or accessing our upcoming systems to use the link in our press release to sign up for the broadcast. Additionally, we are excited to be hosting an Analyst Day from our College Park office next month with presentations that will also be live-streamed via our website. Stay tuned to our Investor website for more details on registering for the Analyst Day. To prepare customers to use the upcoming systems on our roadmap, we're working with forward-looking groups to help get their workforces and economies ready for quantum. As an example, we recently signed a memorandum of understanding with South Korea's Ministry of Science or ICT to become a core provider of quantum education for Korean students, researchers, and industry professionals. We also had the honor to meet with South Korea's President to discuss how IonQ quantum computing might be able to accelerate the nation's economy. We could not be more thrilled to partner with the South Korean government on this initiative. We believe customers across the globe are partnering with IonQ, seeking access to our powerful new systems in order to prepare for the potential of our near-term AQ 64 systems. In June, we took another step towards broad accessibility of our platform when we announced that IonQ Forte and the full power of its AQ 29 is available to all our customers worldwide via direct access. Previously, this machine was only available to select partners, but now IonQ Forte can be accessed by any of our direct customers. Last week, we published a manuscript with our partners at Oak Ridge National Laboratory on modeling the benzene molecule. Benzene is a commonly used industrial solvent and its molecular structure is a widely used benchmark to evaluate quantum chemistry algorithms. We believe our work with Oak Ridge represents the most accurate benzene model run on a quantum computer to date. Clearly, we have had another strong quarter as we continue to expand to additional institutions around the world. Last quarter, we delivered on our promise of AQ 29, seven months ahead of schedule, and now we have translated that progress to phenomenal bookings growth. We believe IonQ has a clear path to scale with buy-in from institutions and corporations around the world. We could not be more optimistic about the future of IonQ and quantum computing as a whole. Now, I'd like to turn over the call to Thomas for a more detailed review of the numbers. Thomas?