DiscoverMarketing in the Age of AI🧠⚑ Biocomputing + AI: Living Neurons, Million-X Efficiency, and the Future of Marketing
🧠⚑ Biocomputing + AI: Living Neurons, Million-X Efficiency, and the Future of Marketing

🧠⚑ Biocomputing + AI: Living Neurons, Million-X Efficiency, and the Future of Marketing

Update: 2025-10-06
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Episode Overview: Could living neurons and AI form a hybrid cognition loop that cuts energy use and unlocks new capabilities? Host Emanuel Rose talks with neuroscientist-turned-entrepreneur Dr. Ewelina Kurtys about biocomputing: what it is, how organoid β€œmini-brains” are being trained on electrodes, and what this could mean for AI costs, ethics, and real-world marketing innovation.


What You’ll Learn:

  • What biocomputing is and how living neurons can process and store information in the same place 🧬

  • Why neuron-based computing could be ~1,000,000x more energy-efficient than today’s hardware ⚑

  • Where biocomputing stands today (e.g., storing a single bit) and the 10-year bioserver vision πŸ—“οΈ

  • How a cloud β€œbio-server” model might let you tap living compute remotely (think AWS for neurons) ☁️

  • Practical constraints: neuron maintenance, speed tradeoffs, and lab viability windows (β‰ˆ3 months) πŸ§ͺ

  • Ethics & governance: sourcing human neurons (stem-cell derived), philosophy’s role, and value alignment 🧭

  • Marketing implications: cheaper inference at scale, greener compute, and new creative/AI workflows πŸ“ˆ


Featured Guest:

Dr. Ewelina Kurtys β€” PhD neuroscientist (20+ peer-reviewed publications) turned tech commercialization leader at FinalSpark, working at the intersection of neuroscience and AI to build energy-efficient β€œbio-servers.”

Episode Highlights:

  • 🧫 How 3D neuronal organoids (β‰ˆ10,000 neurons; ~0.5 mm) are grown and interfaced via electrodes

  • πŸ” β€œHybrid cognition loop”: digital models + living neurons complementing each other’s weaknesses

  • ☁️ Why biocomputing likely lives in centralized labs you access remotely (vs. your laptop)

  • πŸ’‘ Current progress: 1 bit stored; small team scaling; target to build a usable bioserver in ~10 years

  • πŸ—οΈ Sourcing & scale: stem-cell-derived human neurons (not personal cells) and multidisciplinary teams

  • 🧩 Limits & tradeoffs: speed expectations, plasticity, and potential for memory at larger biological scales

  • 🧠 Ethics FAQs: β€œIs it okay to use living neurons?”—why FinalSpark engages philosophers early


Connect and Explore More: Host β€” Emanuel Rose

Guest β€” Dr. Ewelina Kurtys

  • Further Reading or Resources:

    Which possibility excites you mostβ€”greener AI compute, hybrid cognition, or new creative workflows? Drop your thoughts below. If you enjoyed this episode, like, subscribe, and share to help others discover it. πŸ””πŸ’¬



    #AI #Biocomputing #Neuroscience #DigitalMarketing #EnergyEfficiency #Innovation #LLM #Organoids #Sustainability #GreenAI #EthicsInAI #AnswerEngines #MarketingInTheAgeOfAI #EmanuelRose #EwelinaKurtys

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    🧠⚑ Biocomputing + AI: Living Neurons, Million-X Efficiency, and the Future of Marketing

    🧠⚑ Biocomputing + AI: Living Neurons, Million-X Efficiency, and the Future of Marketing

    Emanuel Rose