-
Dementia Research in the AI Era: Lessons and Future Directions from the AI-Mind Project
Ira H. Haraldsen (MD, PhD, Principal Investigator) & Christoffer Hatlestad-Hall (PhD, Postdoctoral researcher)Done
-
Berlin-Brandenburg: The Gateway to Next-Generation Neuro and Mental Health Tech
Sarah SchulzeDone
-
Multisensory Processing: sometimes we integrate and sometimes we need to segregate.
John J. Foxe, PhDDone
-
📢 Opening Remarks
Sebastian CarstensDone
-
Temporal Interference Magnetic Stimulation for Bidirectional BCIs
Prof. Dr. Surjo SoekadarDone
-
ICoStim – Towards Objective Cochlear Implant Fitting Using Dry EEG (Joint Talk)
Prof. Dr. Waldo NogueiraDone
-
Present and future of rTMS for Treatment Resistant Depression
Jaime Adan, MD, PhDDone
-
Investigating Variability in EEG-Based Brain-Computer Interfaces: Insights from the NEARBY Project
Dr. Maurice RekrutDone
-
📢 Closing Remarks
Frank Zanow, PhDDone
-
SpaceMed: A European Joint Master in Human Space Physiology
Dr. Katharina BraunsDone
Neurotech at the Inflection Point: From Breakthrough Science to Scaled Real-World Impact
Location: Alte Kornkammer
-
1/17/26, 10:40 AM
-
1/17/26, 11:00 AM
(Europe/Berlin)
(20 minutes)
Nicolas Weber
smartbrain
Nicolas Weber
smartbrain
Nicolas Weber is a healthcare entrepreneur, angel investor, board director and mentor known for scaling technology-driven ventures in complex healthcare systems.
His overall mission: accelerating the adoption of new technologies, guiding organizations through growth & enabling founders to evolve into strong leaders.
He is currently building a new transformative deeptech company in stealth mode.
Neurotechnology is entering a decisive phase. After years of remarkable scientific progress and a recent surge in venture funding, the field now faces its defining challenge: translating laboratory breakthroughs into solutions that scale in the real world.
Drawing on an outsider’s perspective as a healthcare entrepreneur, investor, and first-time neurotech founder, this talk examines why capital inflows and scientific excellence alone do not guarantee adoption. While billions have flowed into BCIs and neuro-platforms, most companies still struggle in the gap between proof-of-concept and sustained real-world use. The bottleneck is no longer electrodes, algorithms, or publications - it is engineering for adoption.
The presentation distills the key tensions shaping neurotech’s next phase: clinical versus consumer pathways, regulatory approval versus reimbursement reality, and scientific legitimacy versus user trust at scale. It highlights the shift from single-session lab measurements toward longitudinal, multimodal, real-world phenotyping—and explains why this evolution tightly links neurotech’s future to AI and data platforms. The central message is clear: neurotech’s next breakthroughs will be measured in deployments and durable usage, not papers.