Ewelina Kurtys

Dr. Ewelina Kurtys, a pioneering neuroscientist and co-founder of FinalSpark, leads an intriguing exploration into biocomputing using human neurons. She shares insights on lab-grown brain organoids and their potential to tackle AI’s energy consumption challenges. Kyle Galbraith, CEO of Depot, highlights the intersection of software efficiency with groundbreaking biocomputing techniques. The discussion dives into transforming digital signals to neurotransmitter interactions and the future implications of merging biological intelligence with AI, sparking excitement for potential advancements in technology.

Ewelina Kurtys, a scientist and entrepreneur with a PhD in neuroscience, is at the forefront of biocomputing at FinalSpark. In this engaging discussion, she uncovers the potential of lab-grown human brain organoids as processors and their energy efficiency compared to silicon chips. Kurtys explores the complexities of translating neuronal activity into usable data, highlighting the innovative applications of AI in neuroscience and the challenges of developing technology that mimics human learning processes. It's a fascinating peek into the future of neuron-powered computing!

Ewelina Kurtys, a scientist and entrepreneur with a PhD in neuroscience, leads exciting biocomputing research at FinalSpark. She shares groundbreaking ideas about using lab-grown human brain organoids for computing, significantly improving energy efficiency. The discussion dives into the challenges of encoding information in neurons, parallels between neuronal and human learning, and the transformative potential of AI in neuroscience. Ewelina’s insights open up a brave new world, highlighting a future where biology and computing intricately collaborate.