Suzanne Gildert is Founder and CEO of Nirvanic AI, and is obsessed with understanding the depths and power of the human mind. Her current project is focused on creating technologies to understand, expand and network human consciousness. Prior to Nirvanic, Suzanne co-founded and was CTO of Sanctuary AI, building Human-Like Intelligence in General Purpose Robots. Before Sanctuary, Suzanne also founded Kindred AI in 2014, the world’s first robotics company to use reinforcement learning in a production environment. The acquisition of Kindred by Ocado in November 2020 was the third-largest exit for a robotics company in Canadian history. Suzanne also has deep expertise in quantum computing from her time at D-Wave Systems, where she ported AI algorithms to D-Wave’s quantum annealing hardware. She also invented and implemented MAXCAT, the world’s first game ever played against a quantum computer, worked on the world’s first supervised classifier run on a quantum computer and was the first person to control the motion of a robot using a quantum computer. Suzanne holds a Ph.D. in experimental physics from the University of Birmingham. She is also a published digital artist and poet, has worked as a graphic designer, and pioneered a technique for creating art using a quantum computer. In her spare time, she loves mixed media art and painting, meditating, music, and dancing.
What IS consciousness? It is everything we experience every waking moment of our day, and yet science still doesn’t understand what it is - or how it emerges from our biological brain. This talk will focus on whether we can take the study of consciousness - often relegated to the realm of philosophy - and bring it into the realm of engineering and product development. We will discuss the ethical implications of conscious machines, and how by understanding consciousness we might be able to foster a world where humans and machine minds work together. We’ll also touch on the application of consciousness technologies to human wellbeing and healthcare. Consciousness lies at the intersection of many different areas of technologies, and as technological convergence happens we will see new ideas as we combine Brain-Computer-Interfacing, neuroscience, VR, AI robotics, and synthetic biology.
As robotic systems become more intelligent, we will start to ask the question as to whether or not they are conscious in the same way we are - with inner experience, feelings, emotions and self-awareness. Consciousness needs to be understood and engineered purposefully, and we must carefully consider the ethics and safety implications (both good and bad) of imbuing technology with this ultimate human-like property. This presentation focuses on a brand new area of science and engineering that asks the question: Will humanoid robots ever be truly like us - aware, empathetic, safe, responsible, and conscious? We’ll learn how software currently controls humanoid robots, how they will improve over time, and what is missing from their programming that could make them truly like us.