
Explore the future of human-robot collaboration with Stanford experts, discussing autonomous robots, enhancing human performance, and understanding human intent in collaborative design.

Explore solutions for scalable, reusable, and robot-complete data in robotics, addressing challenges and hidden costs to advance robot learning beyond current limitations.

Explore how neural networks revolutionize automated model discovery for soft materials, making it accessible to a diverse community and accelerating scientific innovation in various fields.

Exploring content-neutral interventions to reduce misinformation sharing through large-scale experiments on Facebook and Twitter, demonstrating the potential of accuracy prompts in digital ads.

Explore AI's influence on global democracy, disinformation, and governance. Learn about challenges and strategies to ensure democratic values prevail in the digital age.

Explore the impact of Generative AI on workplace training, employee duties, and skill development. Learn strategies for integrating AI tools to enhance individual and team performance in the evolving work landscape.

Explore AI's transformative impact on healthcare through Stanford Medicine's innovations, including automated transcription and augmented reality in surgery, guided by responsible AI principles.

Exploring concept-based interpretable AI models for efficient transfer learning in healthcare, focusing on generalizability and minimal data requirements for domain adaptation in medical imaging.

Stanford experts discuss AI initiatives in healthcare, focusing on early disease detection, preventive care, and reducing provider burnout, while addressing privacy and equity concerns.

Explore AI's transformative role in healthcare, focusing on ethical implementation, data structure, and real-world applications. Learn about Stanford's innovative AI projects and their impact on patient care.

Explore SleepFM, a groundbreaking multi-modal foundation model for sleep analysis, leveraging brain, cardiac, and respiratory data to improve sleep stage classification and disorder detection.

Exploring stability of radiomics features in brain tumor segmentation and impact on predictive models. Investigates how stable, discriminatory features lead to generalizable radiogenomics for tumor characterization.

Innovative AI methods for integrating pathology images and genomics data to enhance cancer grading accuracy, addressing modality challenges and improving performance when genomics data is missing.

Multimodal deep learning model HECTOR predicts endometrial cancer recurrence risk using histopathology images and tumor stage, outperforming current standards for personalized treatment decisions.

Innovative approach to automated OR modeling using Large Vision Language Models, leveraging semantic scene graphs for comprehensive surgical environment understanding and enhanced decision-making.

Exploring AI applications in mammogram analysis for cancer screening and cardiovascular risk assessment, addressing challenges in healthcare AI adaptation and extracting actionable clinical insights.

Explore lung cancer's impact on Asian Americans, screening guidelines, and treatment advancements. Learn about rising rates among non-smokers and cutting-edge surgical techniques for improved outcomes.

Explore Google's experimental AI learning tool, Learn About, combining search knowledge with Gemini's conversational abilities to revolutionize education through personalized, interactive learning experiences.

Fall 2020 Prof. Manolis KellisComputational Biology: Genomes, Networks, Evolution, HealthMachine Learning in Genomics: Dissecting the circuitry of Human Disease

Explore cutting-edge applications of deep learning in genomics, drug design, protein folding, pathology, and neuroscience. Gain insights into AI's transformative potential in life sciences research and healthcare.

This course discusses nonlinear dynamics and control of underactuated mechanical systems, with an emphasis on machine learning methods.