Poppy Crum works to bridge the gap between technology and insightful, effective human interaction. As a multi-dimensional advocate of empathetic technology, she builds technologies that best leverage human physiology to enhance our experiences and how we interact with the world. Poppy serves as the Chief Technology Officer at NextSense and is an Adjunct Professor at Stanford University in the Center for Computer Research in Music and Acoustics, as well as its Symbolic Systems Program. She is formerly the Chief Scientist at Dolby Laboratories. She is dedicated to the development of immersive technologies that leverage human physiology and perceptual realities to enhance our experiences and interactions in the world. She is a frequent speaker on topics related to the intersection of human experience, artificial intelligence, sensory data-science, and immersive technologies.

Maurice Conti is among the architects of the cutting-edge emerging technologies that are evolving humanity and the world around us: Artificial Intelligence, immersive reality (AR/VR/XR), advanced robotics and manufacturing, and technology for sustainability. He is a rare blend of hands–on practitioner and big thinker. Conti is a sought-after and trusted advisor to the leadership teams of global companies, including Amazon Web Services, Lululemon, Mercedes AMG, NielsenIQ, Ralph Lauren, and Blackline Systems, on how to think about and deploy AI for the benefit of people and business. Working at the intersection of disruptive innovation, emerging technologies, and the future of work, cities, mobility, and climate, Conti is a vocal champion for the creation of technologies whose foundations are rooted in positive, human-centered purpose. More than 12 million people have watched his popular TED talks, and his engaging speaking style, deep subject-matter expertise, and relatable insights are based on decades of work “in the trenches” with leading brands, including Nike, Tesla, Disney, Amazon, Airbus, and Ford.

As a cognitive neuroscientist specializing in music perception and cognition, he is credited for fundamentally changing the way that scientists think about auditory memory, showing through the Levitin Effect, that long-term memory preserves many of the details of musical experience that previous theorists regarded as lost during the encoding process. He has consulted on audio sound source separation for the U.S. Navy, and worked for two years at Paul Allen’s Interval Research Corporation, a Silicon Valley computer firm where he worked on issues in Human-Computer Interaction, and Applications of Cognitive Psychology.