Welcome, everyone, and thank you for joining us this afternoon. On today's call, I will give you an overview of our third quarter accomplishments, while also highlighting some of the upcoming milestones we are looking forward to achieving in the near future. After that, our CFO, Sandra Wallach, will discuss our financial results for the period. Then I will share some closing remarks before opening the call for questions. Before I give a recap of the quarter, I would like to briefly introduce Amprius to those who may be new to our company. Amprius is a pioneer and a leader in the silicon anode battery space. At Amprius, we develop, manufacture and market high-energy density and high-power density silicon anode batteries, with applications across all segments of electrical mobility, including the aviation and the EV industries. Today, Amprius commands performance leadership with its combination of battery energy density, power density, charging time, operating temperature range and safety. Across our battery portfolio, we offer unmatched performance among the commercially available batteries. Amprius has been delivering commercial batteries to the market, with up to 450 Wh/kg and 1,150 Wh/L; 10C power capability; the extremely fast charge rate of 0% to 80% rate of charge in approximately 6 minutes; the ability to operate in a wide temperature range of -30 degrees Celsius up to 55 degrees Celsius; and the safety design features that enable us to pass the United States military's benchmark nail penetration test. Each of these performance parameters is critically important to reward the electrical mobility applications. Not only do our battery enable certain aircraft and vehicles to maximize the performance, but they enable our customers to achieve their economic targets as well. In addition to what is commercially available today, we have also achieved a third-party validation of our latest 500 Wh/kg, 1,300 Wh/L battery platform. This battery will be ready for shipment by the end of this year. It is our belief that there are no other commercial batteries on the market that can perform at this level today. Amprius is the silicon anode battery technology pioneer with over a decade of development experience and the long track record of commercial shipments and customer achievements. While Amprius' high-energy and high-power batteries are for all electrical mobility applications, the company is presently serving 2 large and high-growth segments: aviation and light electric vehicles. Both benefits from Amprius battery performance and present Amprius with enormous business opportunities. Our aviation customers include manufacturing OEMs in high-altitude pseudo satellites, eVTOLs, electric aircraft and various drones from commercial to industrial to military. Fortune Business Insights projects that the global drone market will surge from the $18 billion in 2023 to $213 billion by 2032. So we believe we are just at the beginning of a significant expansion of one of our addressable markets. Aerospace Testing International forecasts the electric aircraft and the eVTOL battery market could be $50 billion by 2030. The light electric vehicle market is quite impressive as well. Providence Research Report estimates the market will have a compound annual growth rate of 9.74% from 2023 to reach $206 billion by 2032. If there is one constraint in all of this, it's the critical role of the battery innovation. At Amprius, we offer solutions to this constraint and our third quarter results reflect our traction in both the aviation and the light electric vehicle industries as customers see the value of our technology. In the third quarter, we more than doubled revenue from the second quarter and engaged with 53 new customers. We have expanded our market participation in the light electric vehicle segment, signed $20 million of customer contracts and the 2 LOIs with Fortune 500 industrial leaders, delivered high energy density 360 Wh/kg EV battery cells to industrial consortium, USABC, and developed gigawatt-hour scale contract manufacturing capacities. All these accomplishments and the progress position Amprius for accelerating the growth in coming quarters and years. The introduction of Amprius cycle battery in January has given us a large advantage in battery space by expanding our offerings. Amprius offers a very versatile platform that enables the designs of the best-performing silicon anode batteries for a variety of customer applications. Today, we offer customers 14 different SKUs that are available in a variety of battery formats and the form factors. These cells, which ranges from 350 Wh/kg to 450 Wh/kg, ensure that we are covering a significant portion of our customers' commercial applications. Amprius batteries are recognized as the best-in-class for energy, power, cycle life, charging time, temperature performance and the safety for electric mobility. Our technology leadership and the battery performance are validated by increase in customer purchasing volume. Now I would like to briefly provide an update on our partnership with the United States Advanced Battery Consortium, or USABC, since it is a remarkable technical breakthrough in an important market segment for Amprius. After being awarded a $3 million cost of sharing contract from the USABC in collaboration with the United States Department of Energy approximately 1.5 years ago, this quarter, we successfully delivered the EV cells to them. USABC selected Amprius to address some of the most challenging issues experienced by EV users, such as range and the need for faster charging time. Amprius not only addressed this issue, but surpassed many of the initial goals set by USABC. Amprius EV cell achieved 360 Wh/kg energy density, 1,200 Wh/kg power density, a charge to 90% of their rated energy in 15 minutes and expect cycle life of 1,000. We believe our continued success pave the way for future engagements with electrical vehicle manufacturers. Amprius batteries have become a great attraction in the electric mobility market. In many cases, Amprius batteries are the only noncommercial available battery that meet certain of our customers' requirements in technical performance and application economics. In Q3, we shipped to 94 customers, of these 53 were new customers covering several parts of the electric mobility sector. Our year-to-date customer count now stands at over 175. Many of these customers are also longtime partners with repeat volume purchase orders, including AALTO/Airbus, AeroVironment, Teledyne FLIR, Kraus Hamdani and the BAE Systems. The combination of new customers and volume shipments to returning customers allowed us to generate $7.9 million in revenue for the third quarter. Our performance in third quarter represents more than double the amount of the revenue we generated just last quarter, almost triple what we generated in Q3 last year, and compares to the $9.1 million we generated in all of 2023. The primary driver behind our growth this quarter has been our SiCore product. Since its launch in January, we have expanded our contract manufacturing capabilities, enabling us quickly to scale production and deliver large volume shipments where we have a strong demand. The 3 customer engagements we announced in Q3 are the results of the SiCore platform introduction and the contracted manufacturing strategy. The high performance of our battery and immediate availability of manufacturing capacities enable us to quickly move customers through the commercial validation process, secure volume purchase commitments and deliver large quantities of cells to customers. Looking at some of these new agreements in more detail. In September, we announced that we received 2 contracts totaling over $20 million to supply 40 Ah high-performance cells for light electric vehicle applications, which we are already shipping. For context, our 40 Ah high-performance cycle battery are produced at a contract manufacturing facility as soon as the battery and the production lines are qualified by the customer, enabling us to rapidly scale and meet the customer demand. We expect to recognize this revenue by mid-2025. In the last few months, we have also signed 2 separate agreements with Fortune 500 leaders. While we are in the early stage of this project, both engagements have the potential to greatly expand and become high volume orders from Tier 1 customers, where we now have the capacity to meet the demand. First of this contract is a nonbinding letter of intent with a Fortune Global 500 technology OEM to develop a high-energy SiCore cylindrical cell for the light electrical vehicle market. This LOI is expected to translate into a commercial supply agreement that will cover the next 5 years and could provide Amprius with battery production order exceeding 2 gigawatt hours over the proposed contract duration. We will begin shipping the first group of SiCore cylindrical cells designed for this application later this year. The second Fortune 500 agreement is a development contract for small format, custom, high-energy SiMaxx pouch cell. Amprius' high-energy battery provided a critical solution to the customer's application. The project is expected to reduce the battery width and the size by approximately 50% compared to their current battery without compromising performance. Just a smaller and lighter battery enables better product design, enhances the overall customer experience and offers a significant competitive advantage in the market. The application is projected to require over one million cells per year if the project objectives are met. On that note, in order to support the current as well as the future customer commitments, we took additional steps forward this quarter to increase our manufacturing capabilities. In June, we announced the initial rollout of our contract manufacturing strategy that secured over 500 megawatt hour of additional capacity to several partners. To further diversify and expand our manufacturing capacities, we recently launched 2 lines designed for the requirements of Amprius batteries with one of our existing partners. These production lines will be supporting the $20 million light electrical vehicle battery orders that I just mentioned. They are already operational and shipping cells. Beyond creating additional capacity, having lines engineered specifically for our products enable us to provide a more stringent designs for our cell chemistry, which is a key consideration for many of our highly technical customer applications. Just as of today, we now have access to up to 800 megawatt hour of pouch cell and over one gigawatt hour of cylindrical cell production annually. As for our manufacturing facility, we are planning in Brighton, Colorado, we have now completed production line specifications and selection, finished construction design drawings and specifications for the facility. We remain on track from the regulatory standpoint, having recently submitted our site plan and advanced all other regulatory plans and applications for the facility. Since we have a gigawatt hour scale contract manufacturing capacity available today, we may not need the Colorado production capacity to support the market demand for some time. We also continue to making progress ramping up our facility in Fremont, California. We remain on pace to scale our Fremont production rates entering 2025 with up to 2 megawatt hour scale. Looking ahead, we are increasingly optimistic about the road ahead of us as well as our ability to meet the challenges. With technical leadership, great battery performance, a growing book of customers, and the capacity to now support large volume treatments. We believe that we are set up for sustainable growth for the foreseeable future. We are working hard to execute our goals, and we expect to carry our momentum through the end of the 2024 and into 2025. With that, I will now turn the call over to our CFO, Sandra Wallach, to review our financial results for the quarter. Thank you.