Good afternoon. And thank you for joining us. On the call with me today is our Chief Administrative Officer and Chief Financial Officer, Brett Hale. We delivered another strong quarter with revenue of $3.6 million, representing 56% year-over-year growth, over 270 basis points of sequential gross margin expansion and continued reduction in cash flow. Revenue performance was driven by sales of our Swoop portable imaging systems in both the US and international markets. International contributions to revenue were healthy in the third quarter and we did not experience the extent of seasonality that we had anticipated. Our growth going forward will be driven by expansion into multiple new sites of care and international geography. In the US alone, we have a 6 billion plus total addressable market opportunity for placements in hospitals and office settings. Our expansion is enabled by our technical and clinical development as ever improving image quality and compelling clinical evidence are key catalyst for adoption of these new brain imaging technology. An important development in the third quarter was the progress made on our commitment to further improve image quality to enable faster adoption of our technology. Early in the quarter, we received FDA clearance of our ninth generation AI-powered software. This approval marks an important step forward in the imaging capability of our unique ultra-low field portable brain MRI, reducing acquisition times without compromising image quality, delivering higher overall clinical performance. Shorter scan times makes Swoop system images especially useful in time sensitive medical settings, such as the ICU dealing with critically ill patients with unstable intracranial pressure as well as emergency departments for the triage of stroke where time is [indiscernible] [brief]. Keeping with our steady pace of innovation, we plan to obtain clearance and launch our next generation AI-powered software in the first half of 2025. This tenth generation software will bring a step function image quality improvement over our recently launched ninth generation software. Feedback from key opinion leaders involved in our image development process is extremely positive and their assessment is that the images from our tenth generation AI-powered software are more like those obtained from conventional 1.5 Tesla MRI systems. This feedback demonstrates that our work to develop excellent decision enabling image quality through AI-powered software releases is paying off well. Not only will our next update benefit our existing customer base but most importantly it will also make adoption of ultra-low field brain MRI a faster process for new users, enabling a shorter learning curve for radiologists and accelerating market update of our technology. As the first portable ultra-low field MRI for the brain, our device has selected over 150,000 images right now. We are continuously learning from this real world data from the Swoop system install base to enhance the product and especially our image quality. Specifically, we leveraged proprietary artificial intelligence to improve image reconstruction and processing. Artificial intelligence is central to the process of image generation with the Swoop system. Upcoming versions of software will integrate new AI deep learning based techniques to further improve the Swoop system’s imaging pipeline across all sequence paths that is the T1, T2, FLAIR and decision weighted imaging. The integration of deep learning does not require any additional steps from the user and enhances of the image quality and consequently diagnostic value of the images generated at ultra-low field. The algorithms are designed to improve the image quality of our scanned output while reducing the impact of scanned artifacts. The images created with these algorithms are validated by expert radiologists. As we move forward, we are continuously investing in improving our AI-driven image quality through each imaging focused software release. I will now provide an update on our clinical studies. The CARE PMR study is progressing well. We are starting to detect ARIA complications in patients monitored with MRI as part of their amyloid targeting therapy as three LEQEMBI infusion programs. MRI is centered to the scientific and clinical dialog regarding amyloid targeting therapy and to the expansion of screening, diagnosis and treatment of the Alzheimer's disease. Workload challenges are recognized broadly as the field aims to increase access, convenience and equity in Alzheimer's Care. The impact of our technology for the treatment of Alzheimer's is real. At three major Alzheimer's meetings in the last three months, starting with the Alzheimer's Association International Conference this summer and most recently an clinical trials in Alzheimer's disease 2024 in Madrid, physicians from Washington University in St. Louis and Naas General Hospital presented very promising initial cases and data on ARIA-E detection in each group compared with conventional MRI scanners, as well as on the use of the Swoop systems for monitoring the progression of Alzheimer's. The most recent presentation at the clinical trials in Alzheimer's disease meeting included images of multiple ARIA-E cases and concluded that the Swoop system presents a promising and cost effective alternative through the conventional 3 Tesla MRI with the added advantage of workflow optimization and that this study highlights the potential of innovative imaging technologies to advance patient care and monitor neurodegenerative conditions. There are very significant workflow benefits bringing brain imaging closer to patients with Alzheimer's disease and their clinicians with the potential to substantially impact access, cost and equity in Alzheimer's care. Guided by key opinion leaders in this field, we have also started to explore other Alzheimer's applications besides ARIA-E detections with a goal towards broadening and enabling monitoring of disease and screening of patients at multiple types of care. In stroke, data from ACTION PMR continue to strengthen with the publication in Q3 of a subset of data from the study from MGH and University of Buffalo providing early evidence that the Swoop system is a promising tool for enabling critical stroke treatment choices in urgent care settings. The data that was published in the August 2024 addition of Annals of Neurology highlighted ultra-low field MRI's ability to be used as a tissue clock to characterize acute stroke. In September 2024 data from a study from the University of Glasgow was presented at the European Society of the Neuroradiology Meeting. The study analyzed images from the Swoop system to assess its performance in acute care stroke forecast compared to the current standard of care. They analyzed time to scan, diagnostic performance, specificity and patient experience comparing ultra-low field MRI, conventional MRI and CT. Key findings show that the Swoop system was [indiscernible] [dramatic] and faster and conventional MRI with a median [indiscernible] scan of 2.5 hours compared to 27.7 hours. The data also demonstrated reliability in acute stroke diagnosis with comparable diagnostic performance of head CT and high specificity when compared to routine clinical MRI, i.e., 1.5 Tesla. We are collaborating with neurosurgeons and interventional stroke and key opinion leaders planning studies to focus on the workflow benefits of using the Swoop systems in the emergency departments and clinics and anticipate this work to initiate in early 2025. The workflow benefits associated with tiny and convenient access to MRI are real in both [stroke free] [indiscernible] and the management of patients with Alzheimer's disease. We have a highly differentiated opportunity to improve care pathways for both patient populations, which represent very large areas of unmet clinical need globally. As a reminder, our studies aim to support the adoption of our innovative portable MRI system in different sites of care for multiple clinical applications. Our system has been cleared by the FDA for broadly scanning brains of patients of all ages, and the work we are doing in stroke and Alzheimer's is already covered by our existing indications for use. Further expansion will come from our plan to make the Swoop system available beyond the hospital setting and in the neurology office setting. By the end of 2024, we expect the Intersocietal Accreditation Commission, IAC, a leading CMS approved accreditation body to issue updated MRI standards that include the use of portable point-of-care ultra-low field brain MRI. Offices can then pursue accreditation through IAC and once completed, exams with Swoop systems in those offices will be eligible to be covered by CMS. This will bring us one step closer to having physicians obtain diagnostic quality MR brain images within their offices, providing patients economy and convenience MRI access at the point of care, opening up a very exciting and transformative business for Swoop system [segment]. We have taken steps to enhance our commercial capabilities to serve this new market with a comprehensive strategy, including the addition of a dedicated member of our executive team focused on these new business verticals. We already see strong early organic interest from the office setting for a portable MRI for several clinical use cases, including Alzheimer's disease. The neurology office is an incremental site of care for the Swoop system, which we anticipate contributing to growth starting in the second half of 2025. Last, regarding growth drivers. We continue to make progress internationally with the expansion of our distribution network to commercialize our Swoop system in the European markets, and have just obtained CE approval of our latest generation software. With CE approval of our ninth generation software and a broad distribution network in place covering all the major markets, we're well positioned for European commercial expansion going into 2025. At the recent European Society of Neuroradiology Conference, we had the opportunity to witness firsthand the enthusiasm and positive feedback from European clinicians towards the utility and value of our Swoop system. 2025 will be a full year with our international distribution network in place as well as our anticipated regulatory approval in India in the second half of the year. We have great momentum across all our initiatives. I want to wrap my remarks by summarizing our plan to drive business acceleration and growth in 2025 and beyond. The use of Swoop in stroke triage will drive placements in emergency departments. And our work in Alzheimer's will drive additional Swoop system placements in hospital based clinics and in clinical centers. These new sites of outpatient care will be incremental to our critical care business and will start contributing to the growth of our hospital business in the second half of 2025. Further, our strategy to expand into neurology offices provides a compelling incremental business opportunities beyond the hospitals and will be a new focus area for us in 2025 and a strong contributor to growth in the second half of '25 and beyond. I want to also emphasize that expansion into new sites of care is supported by technology enhancements and clinical evidence. I am very pleased with the progress on technology and clinical evidence and we will continue to drive those efforts with efficient allocation of capital and strong execution. We are in a strong place as a company. We delivered another solid quarter of revenue growth, gross margin expansion and cash burn management, illustrating strong execution across the company. We're on the doorstep of a step function improvement in image quality to drive faster adoption of our technology, which coupled with the expansion into multiple new sites of care and international markets, provides the foundation for growth acceleration in the second half of 2025 and beyond. I am confident in the opportunity in front of us and the execution and capabilities of our team. I would now like to turn the call over to Brett to review our performance in the quarter.