

NATURE & MACHINES
βWhat happens when intelligence gains the ability to manipulate matter?
βBioBuilders Γ Clutchlabs Γ DiagnoBac's Γ m33
βπ
11/09/2026
π Starting from 7pm
π The Founding Co, Hyderabad.
βAbout
βAn evening exploring the convergence of biology, AI, robotics and biomimetics, followed by dinner.
βFor the last decade, AI has learned to manipulate information. Now, models are beginning to act on the physical world.
βRobots learn through interaction. AI designs molecules and biological systems. Autonomous labs connect models, machines and experiments into closed loops.
βWhat can biology and machines learn from each other?
βThe Room
βA room full of curious people building, researching, experimenting and asking questions at the edge of biology, AI and robotics.
βBring a project, prototype, experiment, strange idea, or simply a question you can't stop thinking about.
βNo speed networking. No pitch-and-run. Just interesting people and actual conversations.
βWe'll explore
βWhat can machines learn from nature?
βWhat does embodiment change about intelligence?
βCan AI move from understanding biology to engineering it?
βWhat happens when machines can design, build and run experiments?
βWhat can biology and robotics learn from each other?
βWho Should Apply?
βThis is an invite-only, builder-focused gathering with limited seats.
βIf you are actively building, researching, experimenting, or deeply exploring any of these areas, we would love to have you in the room.
βSmall room. Serious builders. Meaningful conversations.
βLimited seats.
βThe idea
βThe most interesting breakthroughs may happen between fields that rarely talk to each other.
βWe're creating the room for those collisions.
βFollowed by dinner.
βOur Hosts
βBioBuilders
βA community bringing together synthetic biologists, computational biologists, engineers, founders, researchers, and builders working at the intersection of biology, computation, and engineering.
βClutchlabs
βBuilding toward physical intelligence β systems and models that can understand, learn from, and eventually act in the real world.
βDiagnoBac's
βBuilding AI for intent-based biomolecular design.
Models that design natureβs microscopic machines.
βStarting with NucleoFold, an AI model for designing functional DNA and RNA, with applications in molecular sensing and diagnostics.
βm33
βm33 is a community of ambitious deeptech builders across India, bringing together founders, engineers, researchers, and technologists working on hard problems across robotics, aerospace, biotech, AI, energy, defence, and beyond. It exists to connect builders, ideas, and opportunities, creating a strong ecosystem for people building at the frontier of technology.
β
βContact:
βAshwith: 7292829033
Vaibhav: 8919049271
βMore Information:
βAn evening exploring the convergence of biology, AI, robotics and biomimetics followed by dinner.
βFor the last decade, AI has learned to manipulate information.
βThe next frontier is learning to manipulate the physical world.
βRobots are one way to do that. Biology is another.
βNature has spent billions of years solving problems of sensing, control, adaptation, locomotion, assembly, repair, and survival in the real world.
βNow, we are beginning to engineer some of those capabilities ourselves.
βModels are learning to reason and act through robots.
βGenerative systems are designing proteins, molecules, and biological machinery.
βAutonomous laboratories are connecting models, experiments, robotics, and feedback into increasingly closed loops.
βAnd across these fields, the same questions keep appearing:
βHow should intelligent systems sense?
βHow should they adapt?
βHow do they act under uncertainty?
βHow do they learn from the physical world?
βNature / Machines brings together builders, researchers, and scientists across biology, AI, robotics, and deep tech to explore these questions together.
βThis isn't about putting three industries in a room.
βIt's about finding the underlying engineering problems they are all beginning to encounter.