"wearable devices. So these are brain sensors that are starting to be embedded in everyday
devices, but until now, have been a number of niche companies that really have focused
on mindfulness and meditation. The use of, for example, brain centers that can pick up
electrical activity in the brain at a pretty low resolution, but advances in AI have both
improved what the signal is that can come from the brain and enabled the miniaturization
of those products. As a lot of the major tech companies start to invest in these brain sensors,
it's a huge, I think, untapped market in many ways of integrating them into everyday devices.
These are earbuds or watches or headphones and the soft cups around the ears. Many of those
products are hitting the market this year, and others are hitting them within the next two years
such that people can listen to music, a phone call, et cetera, while having those devices in
years. Initially, what they will be capable of doing is very high level brain state reading,
things like, are you tired? Are you paying attention? Is your mind wandering? Are you happy
or sad? They may be enable interaction like up, down, left, right for interaction with other
technologies, and they're being embedded into things like visual virtual reality headset.
You may be surprised to learn that it's a future that has already arrived. Everything in that video
that you just saw is based on technology that is already here today. Artificial intelligence
has enabled advances in decoding brain activity in ways that we never before thought possible.
You've heard a lot about AI over the past few years here at Davos. It's been the talk of the hour,
but I want to talk about it in a different way, which is the ability to decode brainwave activity.
After all, what you think, what you feel, it's all just data. Data that in large patterns
can be decoded using artificial intelligence. Consider this, the average person thinks
thousands of thoughts each day. As a thought takes form, like a math calculation, you're happy,
you're tired, you're hungry, you're elated. Neurons are firing in your brain, emitting tiny
electrical discharges. As a particular thought takes form, hundreds of thousands of neurons firing
characteristic patterns that can be decoded with EEG or electroencephalography and AI powered devices.
In fact, what you're seeing here is my brain activity while I'm wearing a simple device like
the one on the right. We're not talking about implanted devices of the future. I'm talking about
wearable devices that are like Fitbits for your brain."
brain centers that can pick up electrical activity
a) Center implies choice; elect implies ones choice selecting.
b) Activity cannot be picked up, since it's active aka in motion. Sense doesn't pick up...all perceivable moves through ones perception.
low resolution
Ones response (re) to whole (solu) of action (ion) is pretty low if ignoring perceivable for suggested. Notice also that resolu/resolve implies a loosening aka a setting free, while low vs high reasoning implies binding ones free will of choice to one side, while turning against the other one.
Video to text transcript:
"wearable devices. So these are brain sensors that are starting to be embedded in everyday devices, but until now, have been a number of niche companies that really have focused on mindfulness and meditation. The use of, for example, brain centers that can pick up electrical activity in the brain at a pretty low resolution, but advances in AI have both improved what the signal is that can come from the brain and enabled the miniaturization of those products. As a lot of the major tech companies start to invest in these brain sensors, it's a huge, I think, untapped market in many ways of integrating them into everyday devices. These are earbuds or watches or headphones and the soft cups around the ears. Many of those products are hitting the market this year, and others are hitting them within the next two years such that people can listen to music, a phone call, et cetera, while having those devices in years. Initially, what they will be capable of doing is very high level brain state reading, things like, are you tired? Are you paying attention? Is your mind wandering? Are you happy or sad? They may be enable interaction like up, down, left, right for interaction with other technologies, and they're being embedded into things like visual virtual reality headset. You may be surprised to learn that it's a future that has already arrived. Everything in that video that you just saw is based on technology that is already here today. Artificial intelligence has enabled advances in decoding brain activity in ways that we never before thought possible. You've heard a lot about AI over the past few years here at Davos. It's been the talk of the hour, but I want to talk about it in a different way, which is the ability to decode brainwave activity. After all, what you think, what you feel, it's all just data. Data that in large patterns can be decoded using artificial intelligence. Consider this, the average person thinks thousands of thoughts each day. As a thought takes form, like a math calculation, you're happy, you're tired, you're hungry, you're elated. Neurons are firing in your brain, emitting tiny electrical discharges. As a particular thought takes form, hundreds of thousands of neurons firing characteristic patterns that can be decoded with EEG or electroencephalography and AI powered devices. In fact, what you're seeing here is my brain activity while I'm wearing a simple device like the one on the right. We're not talking about implanted devices of the future. I'm talking about wearable devices that are like Fitbits for your brain."
Wut?
a) Center implies choice; elect implies ones choice selecting.
b) Activity cannot be picked up, since it's active aka in motion. Sense doesn't pick up...all perceivable moves through ones perception.
Ones response (re) to whole (solu) of action (ion) is pretty low if ignoring perceivable for suggested. Notice also that resolu/resolve implies a loosening aka a setting free, while low vs high reasoning implies binding ones free will of choice to one side, while turning against the other one.
a) Sensor/sense - "to perceive"...not what others are suggesting.
b) Sensor (phonetic censor)..."Roman magistrate who took censuses and oversaw public manners and morals"
Ones consent to any suggestion permits another to magistrate manners and morals for one, while roaming through ones mind.
c) Device aka to divide (de) desire (vice)...hence tempting perception (need) within suggestion (want).
Would you guys like me to talk about sticking a pick axe in her brain?