So the more attent you are, the better your reaction time is going to be.”ģ2:40 – “And then we went to Boston, and in two days we raised our first $2 million dollars.”Ĥ1:18 – “We foresee a future where in the next couple of years, the next version of headphones that you wear will have neuro-tech inside them. And reaction time is tied directly to attention.
#Xwave company boston Bluetooth
And just like Bluetooth is in every one of those headphones, I believe that neurotechnology is going to be in every one of those devices in the near future.”Ģ8:53 – “I know how well you’re going to react to this test or this reaction time task before you even know. Hearables being earbuds, headphones, etc.
So right now, millions of hearables are being sold every single day. Which is really cool, because your brain as you actually think or do these commands, it starts, it activates your entire self, and we’re able to pick that up in secondary ways and use that as a control modality.”Ģ5:24 – “I foresee brain computer interfaces becoming mainstream. But it’s it’s just as simple as using Siri, but without having to essentially say anything out loud. And the way that we kind of see Neuralink versus what we’re doing at Neurable is the difference between getting a prosthetic leg and getting a pair of shoes.”Ģ2:49 – “I can’t go into that yet, because we’re going to be doing a big reveal on it. And so how many of these children are we missing out on their potential because we’re not able to understand them, right?”ġ6:09 – “So what if we could just use the signal processing pipeline to boost up some of those signals? What could we achieve? And so in 2015, we spun the company out from the University of Michigan and we started Neurable, and that’s where the company really began.”ġ9:54 – “So Neuralink does require surgery. So there is no way to make him a functional member of society. But now he had missed all the developmental milestones that a child goes through through in development. I need to work with some of the brightest minds.”ġ1:36 – “There was this one kid that we were working with, and it wasn’t until he was 15 that they realized he was actually fully cognitively capable. 3:14 – “How do we bring that level of of capability that you typically see in the laboratory into an everyday system, and leveraging that IP that we we created at the University of Michigan? Building upon it over the last 10 years, we’ve been able to get to just that, essentially.”ħ:35 – “And as I saw this gap in really understanding the brain data and what we could do there, that’s when I said like, I really need to get into neuroscience.
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