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​Stony Brook University marine physicist Kamazima Lwiza is developing an AI tool to predict hypoxic (low-oxygen) zones in Long Island Sound. These zones, which can be harmful to marine life, are influenced by factors like nitrogen pollution and climate change. Lwiza's research aims to enhance early detection and management of these environmental challenges

American Superconductor Corporation (AMSC) is poised to benefit from recent executive orders aimed at bolstering U.S. energy infrastructure and digital technologies. The company's smart grid solutions and superconducting wire technologies align with initiatives to enhance grid resilience and promote clean energy. Additionally, AMSC's involvement in defense applications, such as naval ship protection systems, positions it favorably as national security efforts intensify. These developments suggest potential growth opportunities for AMSC in the evolving energy and defense sectors.

​Stony Brook University researchers have developed an AI-powered platform called Influencer, designed to assist individuals with limited design experience in creating promotional posts. Unlike existing tools that separate design and content generation, Influencer integrates both aspects, allowing users to specify prompts and context images. In a study comparing Influencer to Google Search combined with Figma, participants found Influencer superior in design experience, functionality, and task completion rate. This platform aims to support college students and others seeking additional income by simplifying the promotional post creation process.

Stony Brook University is advancing AI-driven solutions to tackle climate change and improve healthcare. The university is working on AI tools for disease detection and treatment optimization, with a focus on personalized healthcare. In climate action, it is involved in the New York Climate Exchange, developing AI solutions for stormwater management, and applying AI in investment and risk management strategies.