Swiss Re Ag · SIX:SREN
Swiss Re — Wyss Center for Bio and Neuroengineering — Technical Presentation (June 2018)
23 slides from Swiss Re's technical presentation, Jun 5, 2018
Slide 1: The next frontier: When thoughts control machines
The next frontier: When thougths control machines C.Clément A.I. everywhere: How digital assistants will transform our lives Rüschlikon, June 5th, 2018 Accelerating neurotechnology for human benefit
Slide 2: Brain computer interface
Information not Once available anywhere else From time to time Access at the source Frequently Information not any longer transmitted Why? When? Constantly, in real time “Read” Outside the head the brain Tissue interface Under the scalp Where? How? Pick the signals On the cortex Transfer the signals
Slide 3: Enormous complexity
Credit: NASA Credit: Blue Brain Project, EPFL Enormous complexity 3
Slide 4: Spatio-temporal resolution
Credit: Dave Borton Brown University Spatio-temporal resolution 4
Slide 5: Why do we need to go implantable?
Listen to the crowd Listen to individuals Why do we need to go implantable? 5
Slide 6: Listen where it makes sense
yn Wyss $9 CENTER Listen where it makes sense
Slide 7: Fast evolution
® ERE SMR EO SOE Fast evolution
Slide 8: Technology is sometimes late
Cardiac applications Technology is sometimes late 8
Slide 9: Big successes!
Lead—— Pulse generator ——— CENTER Photo courtesy of Cochlear, Lid Big successes! |. external speech processor captures sound and converts it to digital signals 2. processor sends digital signals to internal implant 4. electrodes stimulate hearing nerve, bypassing damaged hair cells, and the brain pe
Slide 10: Brain Machine Interface
Read Transfer Treat Activate Brain Machine Interface 10
Slide 11: Entering in contact
yn Wyss $9 CENTER Entering in contact
Slide 12: Cortical interface
Sensor: 100 Microelectrodes Array 4 x4 mm R. Normann Utah J.P. Donoghue Brown Cyberkinetics Blackrock Microsystems ‘neuroport’ Cortical interface 12
Slide 13: Where we were
Brown University Where we were 13
Slide 14: Upper Limb Movement Restoration: Where we are
Upper Limb Movement Restoration Spinal cord injury, complete tetraplegia Lancet 2017 (Ajiboye et al) Wyss supported project Where we are 14
Slide 15: Wireless implant
Wireless implant 15
Slide 16: Our vision for the future: Where we want to go
Our vision for the future Brain controlled peripheral nerve stimulation Where we want to go 16
Slide 17: Neuro-feedback
am Wyss 8@8 CENTER Neuro-feedback
Slide 18: Clinatec
LE MONDE SCIENCE ET TECHNO | 21.05.2018 a 06h25 | Par Alexis Riopel Equipé de 14 moteurs électriques, l'exosquelette roule et déroule des cables métalliques qui mettent les articulations en mouvement. A. AUBERT / CEA Clinatec
Slide 19: The Dreamers
eH SCIENCE COLTURE Kee IS TRYING Tg HACK THE Huggy N AI ~ Bur NEUROSCIENEE HAS 4 LONE WAY TO gg The Dreamers CENTER
Slide 20: BCI + AI
Decode Learn Advanced Mimic brain algorithms plasticity Accumulation Compile of data BCI + AI 20
Slide 21: Are you ready to have a large craniotomy?
Are you ready to have a large With a high risk of craniotomy? infection and side effects? For driving you At very high, not car directly from reimbursed costs? your brain? Conclusions: fundamental questions 21
Slide 22: The Wyss Center
Claude Clément CTO [email protected] +41‐78‐68‐11‐618 The Wyss Center [email protected] Accelerating neurotechnology for human benefit Contact us: Follow us on: Wyss Center for Bio and +41 (0) 21 695 5888 facebook.com/loremipsum Neuroengineering, Campus Biotech, administration@
Slide 23: Basic Copyright Notice & Disclaimer
Basic Copyright Notice & Disclaimer ©2018 This presentation is copyright protected. All rights reserved. You may download or print out a hard copy for your private or internal use. You are not permitted to create any modifications or derivatives of this presentation without the prior written permiss
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