Thank you, John. Please turn to Slide 6. It has been 6 months since joining Novavax's innovative R&D team, and this time left me even more excited about the potential of our technology platform and the opportunity we have to strengthen and build on the depth and breadth of our partnerships. As John mentioned before, an important part of our corporate growth strategy is value creation through the advancement of our early-stage pipeline and high-quality R&D. Value comes in different shapes and sizes. It starts in the lab, advancing programs and learnings in a continuous cycle of generating scientific data, which in turn informs next projects and experiments with a goal of developing new vaccines and positively impacting public health. We have already accomplished a lot in a short time frame, and I'm encouraged and inspired by the depth, expertise and skills of our team. Since the start of the year, we initiated and advanced 4 early-stage programs after a rigorous prioritization process H5N1, RSV combinations, shingles, and C. difficile using information from translational models and leveraging artificial intelligence and machine learning. Furthermore, we continued our research into our COVID-19 vaccine and progressed our late-stage programs in CIC and Flu. Please turn to Slide 7. We also continue to explore Matrix-M and its potential impact across a variety of vaccine platforms and pathogens, including new formulation of Matrix-M, generating data that demonstrate the utility of our adjuvant and sharing that with potential BD partners, another example of us leading the way with science. In April, I presented at the World Vaccine Congress on the potential of Novavax's platform technology and Matrix-M adjuvant showcasing attributes related to efficacy and tolerability. Data collected and analyzed from multiple clinical trials show that vaccine adjuvated with Matrix-M have a milder reactogenicity profile compared to mRNA vaccines. Please turn to Slide 8. Furthermore, we presented the results of the SHIELD-Utah study at the Congress of the European Society of Clinical Microbiology and Infectious Disease Conference. This real-world study demonstrated that our protein-based technology platform outperformed one of the mRNA COVID vaccines across all parameters measured in terms of fewer and less severe reactogenicity symptoms with approximately 39 fewer symptoms on average and reduce the impact of these symptoms on quality of life, such as daily work and family responsibilities. We believe that real-world information showing that a better tolerability and the milder reactogenicity profile will lead people to prefer our protein-based technology over other vaccine platforms when given the choice. In early studies, we are seeking to explore how Neurometrix formulations, different regimens and dosing schedules and other enhancements to Matrix-M and its components could lead to improved vaccines, personalized approaches and advancement in therapeutic areas beyond infectious diseases. As an example, we are currently developing research partnerships and collaboration in immuno-oncology a field that is rapidly progressing and one where we envision exciting potential opportunities for our technology. By taking targeted risks, we expect to identify specific areas where Matrix-M, either as currently formulated or as a next-generation formulation has the potential to improve rates and duration of antitumor responses. Please turn to Slide 9. We have previously reported that we developed a protein nanoparticle and Matrix-M vaccine against highly pathogenic avian H5N1 virus that is currently undergoing preclinical evaluation. Nonhuman primate studies have shown our candidate vaccine can produce protective levels of immunity after a single dose in primed animals, a situation like that of the human population which received a flu vaccine or had influenza in the past. A lethal murine challenge model show complete protection in a similar vaccination regimen. Unlike other vaccines, which might require 2 or more doses for full protection, the possibility to administer a single vaccine dose for protection is important in the context of a pandemic, both in the United States and globally. Furthermore, additional exploratory data in the context of our COVID vaccine have shown that our technology platform can induce mucosal antibodies. Mucosal protection is important not only for the person receiving the vaccine, but for instance, for reducing virus transmission. Elements of our vaccine platform, its design, scale-up and manufacturing processes should make a pandemic flu vaccine from Novavax amenable to rapid deployment as an alternative to mRNA vaccines. We stand ready to join the United States and global health security efforts related to H5N1 and are currently pursuing funding and partnership opportunities for this program. Our new programs across our discovery portfolio are using artificial intelligence and machine learning-enabled structure-driven optimization, rapid antibody testing for epitope assessment and novel in vitro and in vivo models for rapid preclinical testing. Our early-stage pipeline includes development of an RSV combination vaccine candidate that builds on the company's extensive history in this area. Lessons learned regarding superior protein antigen design, together with the new computational capabilities mentioned before, should allow us to enhance structural stability and immunogenicity and combine multiple different respiratory virus antigens with Matrix-M into this program potentially created a competitive, meaningful and differentiated offering in this key area. For shingles prevention, we believe our technology has the potential to improve on the current standard of care by enabling a more tolerable, less reactogenic, equally efficacious vaccine. Many at-risk adults are declining shingles protections or don't complete their vaccination series because of the fear of side effects. By providing a more attractive option regarding tolerability, which we believe our technology has the potential to do, we intend to change this dynamic and address a persistent public health need. We believe our technology may lead to better vaccine candidates for the prevention of C. difficile, morbidity and mortality. There is no approved vaccine for C. difficile, yet the medical need is large with C. diff-related illness including recurrent infection. Our technology has the potential to facilitate the development of a multivalent adjuvated vaccine with enhanced activity that could provide a differentiated impact in an underserved patient population. We expect to share some initial data and early learnings on our early-stage organic pipeline during the second half of the year. Turning to our late-stage CIC and stand-alone flu programs. In December 2024, we started an initial cohort of a Phase III immunogenicity and safety trial for our CIC and stand-alone influenza vaccine candidates in older adults. This trial completed enrollment of approximately 2,000 participants, and we are on track to report top-line data midyear. While not a pivotal study, this data will be essential to inform the design of a subsequent pivotal trial in older adults for both programs. In addition, after further consultation with the U.S. FDA, we determined that seeking an accelerated approval pathway for either of these assets would not be feasible. We intend to partner both vaccine programs and have the potential partner advance and fund all future clinical development, regulatory filing and commercialization activities. In summary, now with an intense focus on science and readiness for partnering, we intend to advance and optimize our programs and generate initial proof of concept in preclinical evaluation. I'm very much looking forward to sharing with you some of our first data readouts in the second half of this year. I'll turn the call over to Jim to discuss our financial results.