I still don’t get how it’s at all safe or practical to have what amounts to a smart watch embedded into your brain.
The surgery they want to do literally involves removing a piece of your skull. Falling and hitting your head without a piece of your skull removed is bad enough, this is going to seriously compromise the strength of people skulls. Which is especially bad when you consider it’s meant to solve problems like paralysis. I have a feeling that people who are just learning to walk again may be at a high risk of falling. Now they’re at a high risk of falling and cracking their skull open like an egg.
It’s also charged with a wireless charger, which would need to placed on the device every night when you sleep. How many people remain completely still the entire night and don’t move their heads at all?
This is a cool and valuable first step for brain augmentations that can probably help thousands of patients, but the implementation has so many glaring problems that it makes me wonder how well the actual product even functions.
You have to drill or cut into the skull for plenty of medical procedures. I don’t think getting a dime sized piece of skull removed at the crown of your head means your head explodes when you hit it on something.
As for the charging thing, there are plenty of solutions. Wear some kind of headband for one.
> How many people remain completely still the entire night and don’t move their heads at all?
Anybody with sleep apnea who has a CPAP has solved a harder version of this problem. It sucks and takes a while to get used to but it’s way better than waking up with a headache every day.
I assume that if the implant is helpful the overnight charging will be readily accepted by users.
(I’ve got a peripheral nerve implant myself so I am quite familiar with what lengths people will go to to relieve pain)
I still don’t get how it’s at all safe or practical to have what amounts to a smart watch embedded into your brain.
The surgery they want to do literally involves removing a piece of your skull. Falling and hitting your head without a piece of your skull removed is bad enough, this is going to seriously compromise the strength of people skulls. Which is especially bad when you consider it’s meant to solve problems like paralysis. I have a feeling that people who are just learning to walk again may be at a high risk of falling. Now they’re at a high risk of falling and cracking their skull open like an egg.
It’s also charged with a wireless charger, which would need to placed on the device every night when you sleep. How many people remain completely still the entire night and don’t move their heads at all?
This is a cool and valuable first step for brain augmentations that can probably help thousands of patients, but the implementation has so many glaring problems that it makes me wonder how well the actual product even functions.
You have to drill or cut into the skull for plenty of medical procedures. I don’t think getting a dime sized piece of skull removed at the crown of your head means your head explodes when you hit it on something.
As for the charging thing, there are plenty of solutions. Wear some kind of headband for one.
> How many people remain completely still the entire night and don’t move their heads at all?
Anybody with sleep apnea who has a CPAP has solved a harder version of this problem. It sucks and takes a while to get used to but it’s way better than waking up with a headache every day.
I assume that if the implant is helpful the overnight charging will be readily accepted by users.
(I’ve got a peripheral nerve implant myself so I am quite familiar with what lengths people will go to to relieve pain)