Thank you, Anthony. Good afternoon, everyone, and thank you for joining our call today. Veeco had another solid quarter with strong top and bottom line results. Today, I'll take you through our second quarter highlights, provide an update on our markets and discuss a few significant growth opportunities in more detail. John will provide a financial update and guidance, and then we'll be happy to take questions. Revenue in Q2 totaled $162 million, toward the high end of our guidance range; while non-GAAP operating income reached $24 million and non-GAAP diluted EPS totaled $0.36, both above the high end of our guidance range. Our semiconductor growth strategy of investing in advanced logic and memory to win new customers and applications continues to gain traction as evidenced by record semiconductor revenue during the quarter. In addition to our solid financial results, we're also excited to share several key business wins. First, we shipped LSA systems and received follow-on orders from a Tier 1 customer for high bandwidth memory, enabling artificial intelligence. Second, we received LSA orders from Tier 1 logic customers for their most advanced nodes. And third, we've made further progress towards shipping evaluation systems for nanosecond annealing, or NSA; and ion beam deposition, or IBD, for advanced node semiconductor applications. I'll now provide more details on our markets and review several opportunities we view as integral to our success. Looking first at our semiconductor market. Laser annealing plays a critical role in chip production. As devices continue to shrink, customers require the most advanced technologies to meet increasingly stringent chip process demands. Growth from our laser annealing platform represents our largest opportunity as we expand to new markets, new applications and introduce our NSA system. We saw broad-based demand for our laser annealing platform during the quarter from both leading and trailing edge customers as evidenced by record revenue and robust order activity. Our IBD system for EUV mask blanks continues to be the system of choice for our customers due to its ability to manufacture near defect-free EUV mask blanks. We expect continued demand for these systems as customers add capacity to support increased adoption of EUV lithography. Veeco provides wet processing solutions primarily used for photoresist strip, solvent cleans and flux removal for high bandwidth memory, and temporary bond material strip. We also provide advanced packaging lithography systems, serving several applications, including copper pillar, bumping, redistribution layers and wafer-level packaging. Based on our strong year-to-date results and order activity, we continue to expect our semiconductor business to be up year-over-year in 2023. Our opportunity in the compound semiconductor market is driven by demand for epitaxy equipment for power electronics applications, including silicon carbide and gallium nitride, in addition to photonics applications such as microLED. Integration of our silicon carbide CVD technology is progressing well and customer engagement remains healthy. We expect the demo-ready system by year-end, in anticipation of several evaluations with Tier 1 customers next year. We believe our innovative system design offers an opportunity for a differentiated solution and are optimistic our sales, service and manufacturing infrastructure can position us to gain share in this high-growth market. We also remain committed to our opportunities in GaN and microLED as long-term fundamentals and these markets remain positive. Lastly, looking at our data storage business. Veeco has the most advanced ion beam equipment in the industry, with customers using our products to manufacture thin-film magnetic heads for hard disk drives. As reported, the hard disk drive industry experienced contraction in exabyte shipments in 2022 and 2023, with uncertainty as to the timing of a recovery. However, recent analyst and industry forecasts predict nearline hard disk drive exabyte shipments to grow at an approximate 20% to 25% CAGR over the coming years. Despite current industry challenges, we continue to expect revenue growth in 2023 based on the ship dates of orders in our backlog. I'd like to take a few minutes now to touch on the emergence of artificial intelligence in areas where customers are utilizing our technologies. Opportunities for Veeco are growing as customers adopt our products for AI applications that require higher performance logic and memory content compared to traditional chips. There are three main areas where we are benefiting from AI. First, for GPU chips, Veeco's LSA systems for transistor formation and IBD systems for EUV mask blank manufacturing are established as production tools of record at our customers' most advanced nodes. Looking ahead, we believe there are significant opportunities for our NSA and IBD systems in AI GPU applications where traditional technologies are challenged. Second, HVM DRAM is driving increased demand for our technologies. As previously mentioned, in the second quarter, we received follow-on LSA orders for HVM applications. Equally important, we see future opportunities for NSA and IBD solutions for advanced AI memory applications. And third, Veeco wet processing systems for Flux Clean of micro bumps are enabling advanced packaging for AI at both the sub-module level for HVM and the system product level. Recent wet processing wins validate our position. our AP lithography systems for bump also enable advanced packaging for AI at the full product level. I'd now like to take a deeper dive into two of our largest semiconductor growth opportunities, beginning with laser annealing. We continue to execute our laser annealing growth strategy in logic and memory by winning new customers and applications. Looking ahead, we expect the opportunities for laser annealing to grow as geometries shrink and requirements and material sets continue to change. As an example, gate-all-around devices require annealing solutions with lower thermal budget and lower contact resistance, both of which our technology is proving to achieve. Our laser annealing platform is production tool of record for Tier 1 IDMs, foundries and memory customers for their advanced nodes and is under evaluation for additional applications. In the DRAM memory market, we are in the early stages of ramping HVM application. Continued innovation is essential to maintaining product leadership. We're excited to advance our NSA platform, which enables laser annealing at broader temperature ranges for significantly shorter dwell times. This technology also enables two classes of applications. The first is low thermal budget annealing for new applications like backside power distribution networks, and the second is material property modifications for new 3D applications. Customer pull for this new product is strong, and we're planning evaluation shipments later this year and in 2024. Turning now to IBD for advanced node semiconductor applications. Veeco's decades of IBD leadership in our data storage business led us to successfully extend this core technology in the semiconductor market for EUV mask blank production. We see opportunities to utilize this technology for advanced node semiconductor applications requiring critical film performance and believe our innovative technology addresses gaps with incumbent technologies like physical vapor deposition, or PVD, for low resistivity metallization and high-density dielectrics. In the area of low resistivity metallization for HVM and logic applications for AI, ion beam deposited tungsten and ruthenium are demonstrating roughly 15% to 20% lower resistivity as compared to PVD solutions. For DRAM, this enables our customers to continue scaling down tungsten bit-line thickness while maintaining electrical performance of the device. For logic, ruthenium-based metallization will enable new integration schemes at future nodes. While this significant opportunity is still in the early stages, initial data has been promising and customer engagement continues to advance with discussions expanding from technical capability to operational readiness and cost of ownership. Our team is focused on successful execution beginning with shipping IBD evaluation tools to Tier 1 customers later this year and in 2024. As we look ahead, we believe demand for IBD technologies can expand to multiple semiconductor applications. I'll now turn it over to John for a financial update.